<REFERENTIELS xmlns="http://xml.sandre.eaufrance.fr/scenario/referentiel/2" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:cct="http://xml.sandre.eaufrance.fr/Composants/5" xsi:schemaLocation="http://xml.sandre.eaufrance.fr/scenario/referentiel/2 http://xml.sandre.eaufrance.fr/scenario/referentiel/2/sandre_sc_referentiel.xsd">
  <Scenario>
    <CodeScenario>REFERENTIEL</CodeScenario>
    <VersionScenario>2</VersionScenario>
    <NomScenario>Diffusion de listes de référence par le Sandre</NomScenario>
    <DateCreationFichier>2022-12-01</DateCreationFichier>
    <DateDebutReference>1987-03-20</DateDebutReference>
    <DateFinReference>2022-12-01</DateFinReference>
    <Emetteur>
      <CdIntervenant schemeAgencyID="SANDRE">1470</CdIntervenant>
      <NomIntervenant>Service d'Administration Nationale des Données et Référentiels sur l'Eau</NomIntervenant>
    </Emetteur>
  </Scenario>
  <Referentiel>
    <CdReferentiel schemeAgencyID="SANDRE">URF</CdReferentiel>
    <NomReferentiel>Unités de référence</NomReferentiel>
    <TypeReferentiel>1</TypeReferentiel>
    <NbOccurrences>636</NbOccurrences>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">165</CdUniteReference>
      <LbUniteReference>milligramme de dichlore par litre</LbUniteReference>
      <SymUniteReference>mg(Cl2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">141</CdUniteReference>
      <LbUniteReference>micromole par litre</LbUniteReference>
      <SymUniteReference>µmol/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">144</CdUniteReference>
      <LbUniteReference>microPascal-seconde</LbUniteReference>
      <SymUniteReference>µPa.s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">119</CdUniteReference>
      <LbUniteReference>mètre cube par mole</LbUniteReference>
      <SymUniteReference>m3/mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume molaire désigne le quotient du volume par la quantité de matière</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">128</CdUniteReference>
      <LbUniteReference>microgramme</LbUniteReference>
      <SymUniteReference>µg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µg = 10E-6 g</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">105</CdUniteReference>
      <LbUniteReference>mégaNewton</LbUniteReference>
      <SymUniteReference>MN</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">106</CdUniteReference>
      <LbUniteReference>mégaPascal</LbUniteReference>
      <SymUniteReference>MPa</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">107</CdUniteReference>
      <LbUniteReference>mégaSiemens</LbUniteReference>
      <SymUniteReference>MS</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">95</CdUniteReference>
      <LbUniteReference>litre par kilogramme</LbUniteReference>
      <SymUniteReference>L/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume massique désigne le quotient du volume par la masse</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">70</CdUniteReference>
      <LbUniteReference>kilogramme par mètre carré</LbUniteReference>
      <SymUniteReference>kg/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité à ne pas utiliser dans les calculs de contraintes.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">78</CdUniteReference>
      <LbUniteReference>kilogramme-mètre carré par seconde</LbUniteReference>
      <SymUniteReference>kg.m2/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">82</CdUniteReference>
      <LbUniteReference>kilohm</LbUniteReference>
      <SymUniteReference>kOhm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Dans les termes mégohm et kilohm, la voyelle finale du préfixe est couramment omise.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">66</CdUniteReference>
      <LbUniteReference>kiloCoulomb</LbUniteReference>
      <SymUniteReference>kC</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1kC = 1000 C</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">338</CdUniteReference>
      <LbUniteReference>microgramme d'étain par litre</LbUniteReference>
      <SymUniteReference>µg(Sn)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">341</CdUniteReference>
      <LbUniteReference>milligramme de strontium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Sr)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">344</CdUniteReference>
      <LbUniteReference>milligramme de titane par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Ti)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">345</CdUniteReference>
      <LbUniteReference>milligramme d'uranium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(U)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">348</CdUniteReference>
      <LbUniteReference>milligramme de vanadium par litre</LbUniteReference>
      <SymUniteReference>mg(V)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">313</CdUniteReference>
      <LbUniteReference>milligramme d'iode par kilogramme</LbUniteReference>
      <SymUniteReference>mg(I)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">320</CdUniteReference>
      <LbUniteReference>milligramme de magnésium par litre</LbUniteReference>
      <SymUniteReference>mg(Mg)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">300</CdUniteReference>
      <LbUniteReference>milligramme de cobalt par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Co)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">273</CdUniteReference>
      <LbUniteReference>milligramme de silice par litre</LbUniteReference>
      <SymUniteReference>mg(SiO2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">280</CdUniteReference>
      <LbUniteReference>microgramme d'arsenic par litre</LbUniteReference>
      <SymUniteReference>µg(As)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">283</CdUniteReference>
      <LbUniteReference>milligramme de bore par kilogramme</LbUniteReference>
      <SymUniteReference>mg(B)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">239</CdUniteReference>
      <LbUniteReference>picoAmpère</LbUniteReference>
      <SymUniteReference>pA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 pA = 10E-12 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">222</CdUniteReference>
      <LbUniteReference>nombre par mL</LbUniteReference>
      <SymUniteReference>n/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">223</CdUniteReference>
      <LbUniteReference>nombre pour 10 millilitres</LbUniteReference>
      <SymUniteReference>n/(10mL)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">226</CdUniteReference>
      <LbUniteReference>nombre pour 100 millilitres</LbUniteReference>
      <SymUniteReference>n/(100mL)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">229</CdUniteReference>
      <LbUniteReference>nombre pour 5 litres</LbUniteReference>
      <SymUniteReference>n/(5L)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">230</CdUniteReference>
      <LbUniteReference>nombre pour 10 litres</LbUniteReference>
      <SymUniteReference>n/(10L)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">221</CdUniteReference>
      <LbUniteReference>nombre pour 100 grammes</LbUniteReference>
      <SymUniteReference>n/(100g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">215</CdUniteReference>
      <LbUniteReference>nombre de fibres par kilogramme</LbUniteReference>
      <SymUniteReference>n (fibres)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">188</CdUniteReference>
      <LbUniteReference>millimètre par seconde</LbUniteReference>
      <SymUniteReference>mm/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le mm/s est préférable au cm/s</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">171</CdUniteReference>
      <LbUniteReference>milligramme de nitrite par litre</LbUniteReference>
      <SymUniteReference>mg(NO2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">160</CdUniteReference>
      <LbUniteReference>milligramme par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>mg/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2017-06-01T16:25:39</DateMajUniteReference>
      <DsUniteReference>Unité utilisée pour caractériser les micropolluants (minéraux et organiques).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>milligram per kilogram of dry matter</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">380</CdUniteReference>
      <LbUniteReference>microgramme de cyanure par litre</LbUniteReference>
      <SymUniteReference>µg(CN)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-23</DateCreUniteReference>
      <DateMajUniteReference>2004-11-23T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">32</CdUniteReference>
      <LbUniteReference>delta pour 1000 Standard Mean Ocean Water</LbUniteReference>
      <SymUniteReference>‰ vs SMOW</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2007-11-26T10:34:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour la détermination du rapport isotopique O(18)/O(16) de l'oxygène de l'eau, par rapport à un étalon. La référence de la mesure est le "Standard Mean Ocean Water" (SMOW).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">39</CdUniteReference>
      <LbUniteReference>gigaJoule</LbUniteReference>
      <SymUniteReference>GJ</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 GJ = 10E9 J</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">40</CdUniteReference>
      <LbUniteReference>gigaohm</LbUniteReference>
      <SymUniteReference>GOhm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 G? = 10E9 ?</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">45</CdUniteReference>
      <LbUniteReference>gramme par kilogramme</LbUniteReference>
      <SymUniteReference>g/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Utilisé notamment pour caractériser les éléments dans les boues d'épuration.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">381</CdUniteReference>
      <LbUniteReference>milligramme de phosphore par kilogramme</LbUniteReference>
      <SymUniteReference>mg(P)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-23</DateCreUniteReference>
      <DateMajUniteReference>2004-11-23T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">X</CdUniteReference>
      <LbUniteReference>Sans objet</LbUniteReference>
      <SymUniteReference>X</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2005-11-28</DateCreUniteReference>
      <DateMajUniteReference>2017-01-04T15:51:16</DateMajUniteReference>
      <DsUniteReference>Unité utilisée pour les paramètres ne possédant pas ou ne nécessitant pas d'unité de mesure tel que tous les paramètres qualitatifs</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">359</CdUniteReference>
      <LbUniteReference>kilogramme d'oxyde de potassium par tonne</LbUniteReference>
      <SymUniteReference>kg(K2O)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">375</CdUniteReference>
      <LbUniteReference>nombre le plus probable pour dix grammes</LbUniteReference>
      <SymUniteReference>NPP/(10g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">393</CdUniteReference>
      <LbUniteReference>degrés Farenheit</LbUniteReference>
      <SymUniteReference>°F</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-07-31</DateCreUniteReference>
      <DateMajUniteReference>2007-07-31T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laurence CHERY (BRGM Orléans)</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">139</CdUniteReference>
      <LbUniteReference>micromètre par seconde carrée</LbUniteReference>
      <SymUniteReference>µm/s2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">145</CdUniteReference>
      <LbUniteReference>microseconde</LbUniteReference>
      <SymUniteReference>µs</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µs = 10E-6 s</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">120</CdUniteReference>
      <LbUniteReference>mètre cube par jour</LbUniteReference>
      <SymUniteReference>m3/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">116</CdUniteReference>
      <LbUniteReference>mètre cube par heure</LbUniteReference>
      <SymUniteReference>m3/h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">101</CdUniteReference>
      <LbUniteReference>mégaélectron-Volt</LbUniteReference>
      <SymUniteReference>MeV</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 MeV = 10E6 eV</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">59</CdUniteReference>
      <LbUniteReference>heure</LbUniteReference>
      <SymUniteReference>h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de temps valant 3600 secondes.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">2</CdUniteReference>
      <LbUniteReference>Ampère</LbUniteReference>
      <SymUniteReference>A</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>L'Ampère est le courant électrique constant qui, maintenu dans deux conducteurs parallèles, rectilignes, de longueur infinie, de 
section circulaire négligeable et placés à une distance de 1 mètre l'un de l'autre dans le vide, produirait entre ces deux 
conducteurs une force égale à 2x10E-7 newtons par mètre de longueur.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">0</CdUniteReference>
      <LbUniteReference>Unité inconnue</LbUniteReference>
      <SymUniteReference>Unité inconnue</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2005-12-21T00:00:00</DateMajUniteReference>
      <DsUniteReference>Code utilisée lorsque l'unité de mesure est inconnue</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">3</CdUniteReference>
      <LbUniteReference>Ampère par mètre</LbUniteReference>
      <SymUniteReference>A/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure d'un champ magnétique</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">16</CdUniteReference>
      <LbUniteReference>centimètre cube</LbUniteReference>
      <SymUniteReference>cm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 cm3 = 1 ml</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">19</CdUniteReference>
      <LbUniteReference>centimètre par seconde carrée</LbUniteReference>
      <SymUniteReference>cm/s2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">20</CdUniteReference>
      <LbUniteReference>centimètre par minute</LbUniteReference>
      <SymUniteReference>cm/min</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 cm/min. = 0,166667 mm/s</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">332</CdUniteReference>
      <LbUniteReference>milligramme de thiocyanate par litre</LbUniteReference>
      <SymUniteReference>mg(SCN)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">336</CdUniteReference>
      <LbUniteReference>milligramme de plomb par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Pb)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">337</CdUniteReference>
      <LbUniteReference>milligramme de silicate par litre</LbUniteReference>
      <SymUniteReference>mg(SiO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">302</CdUniteReference>
      <LbUniteReference>milligramme de chrome par litre</LbUniteReference>
      <SymUniteReference>mg(Cr)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">305</CdUniteReference>
      <LbUniteReference>milligramme de cuivre par litre</LbUniteReference>
      <SymUniteReference>mg(Cu)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">309</CdUniteReference>
      <LbUniteReference>milligramme de fer par litre</LbUniteReference>
      <SymUniteReference>mg(Fe)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">277</CdUniteReference>
      <LbUniteReference>milligramme d'argent par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Ag)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">281</CdUniteReference>
      <LbUniteReference>milligramme d'arsenic par litre</LbUniteReference>
      <SymUniteReference>mg(As)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">255</CdUniteReference>
      <LbUniteReference>téraohm</LbUniteReference>
      <SymUniteReference>TOhm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 T? = 10E12 ?</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">257</CdUniteReference>
      <LbUniteReference>Tesla</LbUniteReference>
      <SymUniteReference>T</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Tesla est l'induction magnétique équivalant à un weber par mètre carré.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">258</CdUniteReference>
      <LbUniteReference>tonne</LbUniteReference>
      <SymUniteReference>t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 t = 1000 kg</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">253</CdUniteReference>
      <LbUniteReference>Sievert</LbUniteReference>
      <SymUniteReference>Sv</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité légale d'équivalent de dose qui permet de rendre compte de l'effet biologique produit par une dose absorbée donnée (symbole Sv). L'équivalent de dose n'est pas une quantité physique mesurable ; on l'obtient en multipliant la dose absorbée (exprimée en gray - 1 gray = 1 joule par kg) par un facteur qui dépend de la nature du rayonnement.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">250</CdUniteReference>
      <LbUniteReference>seconde</LbUniteReference>
      <SymUniteReference>s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La seconde est la durée de 9 192 631 770 périodes du rayonnement correspondant à la transition entre les deux niveaux hyperfins de l'état fondamental de l'atome de césium-133.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">251</CdUniteReference>
      <LbUniteReference>seconde à la puissance moins un</LbUniteReference>
      <SymUniteReference>s-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Cette unité s'applique à des phénomènes discrets; par exemple: cette usine assemble des machines au rythme de 5 s-1.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">233</CdUniteReference>
      <LbUniteReference>nephelometric turbidity unit</LbUniteReference>
      <SymUniteReference>NTU</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la turbidité, en particulier pour les eaux peu chargées, appelé aussi unité néphélométrique ou unité formazine. Les unités JTU, NTU et FTU sont similaires.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">237</CdUniteReference>
      <LbUniteReference>Pascal</LbUniteReference>
      <SymUniteReference>Pa</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Pression (ou contrainte) produite par une force d'un Newton appliquée à une surface d'un mètre carré. 1 Pa = 1 N/m2</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">242</CdUniteReference>
      <LbUniteReference>Poise</LbUniteReference>
      <SymUniteReference>P</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>ancienne unité de mesure de la viscosité dynamique</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">243</CdUniteReference>
      <LbUniteReference>pourcentage</LbUniteReference>
      <SymUniteReference>%</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Proportion d'une quantité, d'une grandeur, par rapport à une autre, évaluée sur la centaine.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">211</CdUniteReference>
      <LbUniteReference>Newton</LbUniteReference>
      <SymUniteReference>N</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Newton est la force qui communique à un corps, ayant une masse d'un kilogramme, l'accélération d'un mètre par seconde carrée. 1 N = 1 kg.m/s2</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">212</CdUniteReference>
      <LbUniteReference>Newton par mètre</LbUniteReference>
      <SymUniteReference>N/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">219</CdUniteReference>
      <LbUniteReference>nombre par gramme</LbUniteReference>
      <SymUniteReference>n/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité utilisée en microbiologie dans les boues et solides en général.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">191</CdUniteReference>
      <LbUniteReference>millimole</LbUniteReference>
      <SymUniteReference>mmol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 mmol = 10E-3 mol; NA = 6,022 045 X 10E23 mol-1; Le nombre d'entités (atomes, ions, etc...) dans une mole est défini par le nombre d'Avogadro (NA).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">197</CdUniteReference>
      <LbUniteReference>milliPascal-seconde</LbUniteReference>
      <SymUniteReference>mPa.s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">200</CdUniteReference>
      <LbUniteReference>milliSievert</LbUniteReference>
      <SymUniteReference>mSv</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">204</CdUniteReference>
      <LbUniteReference>mole</LbUniteReference>
      <SymUniteReference>mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La mole est la quantité de matière d'un système contenant autant d'entités élémentaires qu'il y a d'atomes dans 0,012 kilogramme de carbone-12.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">205</CdUniteReference>
      <LbUniteReference>mole par litre</LbUniteReference>
      <SymUniteReference>mol/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kmol/m3 = 1 mol/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">173</CdUniteReference>
      <LbUniteReference>milligramme de nitrate par litre</LbUniteReference>
      <SymUniteReference>mg(NO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">164</CdUniteReference>
      <LbUniteReference>milligramme de chlore par litre</LbUniteReference>
      <SymUniteReference>mg(Cl)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">383</CdUniteReference>
      <LbUniteReference>milligramme de chlore par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Cl)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2005-01-10</DateCreUniteReference>
      <DateMajUniteReference>2005-01-10T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">364</CdUniteReference>
      <LbUniteReference>kilogramme d'oxyde de calcium par tonne</LbUniteReference>
      <SymUniteReference>kg(CaO)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">365</CdUniteReference>
      <LbUniteReference>milligramme par mètre carré</LbUniteReference>
      <SymUniteReference>mg/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">367</CdUniteReference>
      <LbUniteReference>milligramme d'anhydride phosphorique par litre</LbUniteReference>
      <SymUniteReference>mg(P2O5)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-05</DateCreUniteReference>
      <DateMajUniteReference>2004-11-05T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">391</CdUniteReference>
      <LbUniteReference>nombre le plus probable pour 100 ml</LbUniteReference>
      <SymUniteReference>NPP/100mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-09-28</DateCreUniteReference>
      <DateMajUniteReference>2007-09-28T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unitée utilisée notamment pour les résultats des eaux de surface, de baignade , eaux usées lorsque l'analyse est faite par la méthode miniaturisée du nombre le plus probable (microplaques) norme NF EN ISO 9308-3 pour E.coli norme NF EN ISO 7899-1 pour les entérocoques.</DsUniteReference>
      <AuteurUniteReference>CARSO</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">400</CdUniteReference>
      <LbUniteReference>pourcentage de matière sèche</LbUniteReference>
      <SymUniteReference>% MS</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-23</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:15</DateMajUniteReference>
      <DsUniteReference>Le pourcentage de matière sèche est le ratio entre la masse de la matière sèche et la masse de la matière non-sèche (hydratée).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>dry matter percentage</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">123</CdUniteReference>
      <LbUniteReference>mètre par seconde carrée</LbUniteReference>
      <SymUniteReference>m/s2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>g = 9,806 65 m/s2 (valeur recommandée par la Conférence générale des poids et mesures)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">132</CdUniteReference>
      <LbUniteReference>microgramme par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>µg/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">99</CdUniteReference>
      <LbUniteReference>lux</LbUniteReference>
      <SymUniteReference>lx</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le lux est l'éclairement d'une surface qui reçoit, d'une manière uniformément répartie, un flux lumineux d'un lumen par mètre carré.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">100</CdUniteReference>
      <LbUniteReference>mégaAmpère</LbUniteReference>
      <SymUniteReference>MA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 MA = 10E6 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">104</CdUniteReference>
      <LbUniteReference>mégaJoule</LbUniteReference>
      <SymUniteReference>MJ</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 MJ = 10E6 J</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">108</CdUniteReference>
      <LbUniteReference>mégaVolt</LbUniteReference>
      <SymUniteReference>MV</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">110</CdUniteReference>
      <LbUniteReference>mégohm</LbUniteReference>
      <SymUniteReference>MOhm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Dans les termes mégohm et kilohm, la voyelle finale du préfixe est couramment omise.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">90</CdUniteReference>
      <LbUniteReference>kiloPascal</LbUniteReference>
      <SymUniteReference>kPa</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 atm = 101,325 kPa; 1 mm de mercure = 0,133 322 kPa; 1 kPa = 7,500 64 mm de mercure; 1 pouce de mercure (conventionnel, 32°F) = 3,386 39 kPa; 1 pouce d'eau (conventionnel, 32°F) = 0,249 089 kPa</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">71</CdUniteReference>
      <LbUniteReference>kilogramme par heure</LbUniteReference>
      <SymUniteReference>kg/h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">84</CdUniteReference>
      <LbUniteReference>kilomètre</LbUniteReference>
      <SymUniteReference>km</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 km = 1000 m</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">57</CdUniteReference>
      <LbUniteReference>Henry</LbUniteReference>
      <SymUniteReference>H</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le henry est l'inductance électrique d'un circuit fermé dans lequel une force électromotrice d'un Volt est produite lorsque le courant électrique qui parcourt le circuit varie uniformément à raison d'un Ampère par seconde.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">56</CdUniteReference>
      <LbUniteReference>hectoPascal</LbUniteReference>
      <SymUniteReference>hPa</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de pression. 1 hPa = 1 mbar = 100 Pa</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">8</CdUniteReference>
      <LbUniteReference>Becquerel par gramme</LbUniteReference>
      <SymUniteReference>Bq/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">335</CdUniteReference>
      <LbUniteReference>microgramme de plomb par litre</LbUniteReference>
      <SymUniteReference>µg(Pb)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">339</CdUniteReference>
      <LbUniteReference>milligramme d'étain par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Sn)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">331</CdUniteReference>
      <LbUniteReference>milligramme d'antimoine par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Sb)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">349</CdUniteReference>
      <LbUniteReference>microgramme de zinc par litre</LbUniteReference>
      <SymUniteReference>µg(Zn)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">314</CdUniteReference>
      <LbUniteReference>milligramme d'iode par litre</LbUniteReference>
      <SymUniteReference>mg(I)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">316</CdUniteReference>
      <LbUniteReference>milligramme de potassium par litre</LbUniteReference>
      <SymUniteReference>mg(K)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">319</CdUniteReference>
      <LbUniteReference>milligramme de magnésium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Mg)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">323</CdUniteReference>
      <LbUniteReference>microgramme de molybdène par litre</LbUniteReference>
      <SymUniteReference>µg(Mo)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">292</CdUniteReference>
      <LbUniteReference>milligramme de calcium par litre</LbUniteReference>
      <SymUniteReference>mg(Ca)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">293</CdUniteReference>
      <LbUniteReference>microgramme de cadmium par litre</LbUniteReference>
      <SymUniteReference>µg(Cd)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">294</CdUniteReference>
      <LbUniteReference>milligramme de cadmium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Cd)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">304</CdUniteReference>
      <LbUniteReference>microgramme de cuivre par litre</LbUniteReference>
      <SymUniteReference>µg(Cu)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">270</CdUniteReference>
      <LbUniteReference>kilogramme d'azote par tonne</LbUniteReference>
      <SymUniteReference>kg(N)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Permet de préciser l'expression du résultat conernant le paramètre "Ammonium" ou "Azote ammoniacal, au niveau du support "Sol".</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">271</CdUniteReference>
      <LbUniteReference>microgramme par centimètre carré</LbUniteReference>
      <SymUniteReference>µg/cm2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé pour le chlorophylle sur périphyton</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">259</CdUniteReference>
      <LbUniteReference>tonne par heure</LbUniteReference>
      <SymUniteReference>t/h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">262</CdUniteReference>
      <LbUniteReference>unité de masse atomique unifiée</LbUniteReference>
      <SymUniteReference>u</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Par définition, 1 unité de masse atomique unifiée est égale à 1/12 de la masse au repos d?un atome neutre de nucléide 12C dans l'état fondamental. 1 u = 1,6605655.10E-27 kg</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">249</CdUniteReference>
      <LbUniteReference>radian par seconde carrée</LbUniteReference>
      <SymUniteReference>rad/s2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">207</CdUniteReference>
      <LbUniteReference>nanoAmpère</LbUniteReference>
      <SymUniteReference>nA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1nA = 10E-9 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">213</CdUniteReference>
      <LbUniteReference>noeud</LbUniteReference>
      <SymUniteReference>kn</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de vitesse utilisée en navigation maritime et aérienne (1 noeud = 0,514444 m/s).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">194</CdUniteReference>
      <LbUniteReference>milliohm</LbUniteReference>
      <SymUniteReference>mOhm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">203</CdUniteReference>
      <LbUniteReference>minute</LbUniteReference>
      <SymUniteReference>min</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Dans les calculs scientifiques et techniques, l?usage de ces unités en dehors du SI n'est à conseiller que lorsque l'emploi de la seconde ne convient pas</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">172</CdUniteReference>
      <LbUniteReference>milligramme d'azote nitrite par litre</LbUniteReference>
      <SymUniteReference>mg(N NO2)/L</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">170</CdUniteReference>
      <LbUniteReference>milligramme d'azote ammonium par litre</LbUniteReference>
      <SymUniteReference>mg(N NH4)/L</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">159</CdUniteReference>
      <LbUniteReference>milligramme par kilogramme de matière brute</LbUniteReference>
      <SymUniteReference>mg/(kg MB)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">161</CdUniteReference>
      <LbUniteReference>milligramme par mètre cube</LbUniteReference>
      <SymUniteReference>mg/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 mg/m3 = 1 µg/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">25</CdUniteReference>
      <LbUniteReference>décimètre cube par mole</LbUniteReference>
      <SymUniteReference>dm3/mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume molaire désigne le quotient du volume par la quantité de matière</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">38</CdUniteReference>
      <LbUniteReference>gigaHertz</LbUniteReference>
      <SymUniteReference>GHz</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 GHz = 10E9 Hz</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">53</CdUniteReference>
      <LbUniteReference>gramme par tonne de matière sèche</LbUniteReference>
      <SymUniteReference>g/(t MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">361</CdUniteReference>
      <LbUniteReference>milligramme d'oxyde de sodium par litre</LbUniteReference>
      <SymUniteReference>mg(Na2O)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">363</CdUniteReference>
      <LbUniteReference>kilogramme d'oxyde de sodium par hectare</LbUniteReference>
      <SymUniteReference>kg(Na2O)/ha</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">370</CdUniteReference>
      <LbUniteReference>gramme d'anhydride phosphorique par kilogramme</LbUniteReference>
      <SymUniteReference>g(P2O5)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">377</CdUniteReference>
      <LbUniteReference>nombre pour dix grammes</LbUniteReference>
      <SymUniteReference>n/(10g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">395</CdUniteReference>
      <LbUniteReference>milligramme d'azote par kilogramme</LbUniteReference>
      <SymUniteReference>mg(N)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-15</DateCreUniteReference>
      <DateMajUniteReference>2007-10-15T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">396</CdUniteReference>
      <LbUniteReference>milligramme de nickel par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Ni)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-16</DateCreUniteReference>
      <DateMajUniteReference>2007-10-16T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">398</CdUniteReference>
      <LbUniteReference>microgramme d'étain par kilogramme</LbUniteReference>
      <SymUniteReference>µg(Sn)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-23</DateCreUniteReference>
      <DateMajUniteReference>2007-10-23T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Centre d'Analyses et de Recherches - CAR</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">166</CdUniteReference>
      <LbUniteReference>milligramme de dioxyde de carbone par litre</LbUniteReference>
      <SymUniteReference>mg(CO2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">151</CdUniteReference>
      <LbUniteReference>milliBecquerel/L</LbUniteReference>
      <SymUniteReference>mBq/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">117</CdUniteReference>
      <LbUniteReference>mètre cube par seconde</LbUniteReference>
      <SymUniteReference>m3/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">125</CdUniteReference>
      <LbUniteReference>microCoulomb</LbUniteReference>
      <SymUniteReference>µC</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µC = 10E-6 C</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">131</CdUniteReference>
      <LbUniteReference>microgramme par kilogramme de matière brute</LbUniteReference>
      <SymUniteReference>µg/(kg MB)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">135</CdUniteReference>
      <LbUniteReference>microgramme par mètre cube</LbUniteReference>
      <SymUniteReference>µg/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">115</CdUniteReference>
      <LbUniteReference>mètre cube</LbUniteReference>
      <SymUniteReference>m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">6</CdUniteReference>
      <LbUniteReference>bar</LbUniteReference>
      <SymUniteReference>bar</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de pression égale à 10E5 Pascals. La pression atmosphérique normale est voisine de 1 bar (1,01325 bar).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">340</CdUniteReference>
      <LbUniteReference>milligramme de sulfite par litre</LbUniteReference>
      <SymUniteReference>mg(SO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">347</CdUniteReference>
      <LbUniteReference>microgramme de vanadium par litre</LbUniteReference>
      <SymUniteReference>µg(V)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">317</CdUniteReference>
      <LbUniteReference>milligramme de lithium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Li)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">318</CdUniteReference>
      <LbUniteReference>milligramme de lithium par litre</LbUniteReference>
      <SymUniteReference>mg(Li)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">321</CdUniteReference>
      <LbUniteReference>microgramme de manganèse par litre</LbUniteReference>
      <SymUniteReference>µg(Mn)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">322</CdUniteReference>
      <LbUniteReference>milligramme de manganèse par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Mn)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">324</CdUniteReference>
      <LbUniteReference>milligramme de molybdène par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Mo)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">328</CdUniteReference>
      <LbUniteReference>microgramme de nickel par litre</LbUniteReference>
      <SymUniteReference>µg(Ni)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">308</CdUniteReference>
      <LbUniteReference>milligramme de fer par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Fe)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">276</CdUniteReference>
      <LbUniteReference>microgramme d'argent par litre</LbUniteReference>
      <SymUniteReference>µg(Ag)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">278</CdUniteReference>
      <LbUniteReference>microgramme d'aluminium par litre</LbUniteReference>
      <SymUniteReference>µg(Al)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">289</CdUniteReference>
      <LbUniteReference>milligramme de brome par litre</LbUniteReference>
      <SymUniteReference>mg(Br)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">272</CdUniteReference>
      <LbUniteReference>milligramme de silicium par litre</LbUniteReference>
      <SymUniteReference>mg(Si)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">260</CdUniteReference>
      <LbUniteReference>tour par minute</LbUniteReference>
      <SymUniteReference>r/min</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">263</CdUniteReference>
      <LbUniteReference>unité formant des colonies par millilitre</LbUniteReference>
      <SymUniteReference>UFC/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité permettant de dénombrer des bactéries. Une UFC correspond à une colonie.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">235</CdUniteReference>
      <LbUniteReference>ohm par mètre</LbUniteReference>
      <SymUniteReference>Ohm/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">209</CdUniteReference>
      <LbUniteReference>nanomètre</LbUniteReference>
      <SymUniteReference>nm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 nm= 10E-9 m; 1 nm = 10E angström; L'emploi de l'angström  n'est plus permis dans le SI, il est remplacé par le nanomètre (nm)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">198</CdUniteReference>
      <LbUniteReference>milliseconde</LbUniteReference>
      <SymUniteReference>ms</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">199</CdUniteReference>
      <LbUniteReference>milliSiemens</LbUniteReference>
      <SymUniteReference>mS</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">175</CdUniteReference>
      <LbUniteReference>milligramme de dioxygène par litre</LbUniteReference>
      <SymUniteReference>mg(O2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2019-03-13T11:43:37</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>milligram of oxygen per liter</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">176</CdUniteReference>
      <LbUniteReference>milligramme de phosphate par litre</LbUniteReference>
      <SymUniteReference>mg(PO4)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">158</CdUniteReference>
      <LbUniteReference>milligramme par kilogramme</LbUniteReference>
      <SymUniteReference>mg/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">162</CdUniteReference>
      <LbUniteReference>milligramme par litre</LbUniteReference>
      <SymUniteReference>mg/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 g/m3 = 1 mg/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">29</CdUniteReference>
      <LbUniteReference>delta</LbUniteReference>
      <SymUniteReference>d</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2007-11-26T10:52:00</DateMajUniteReference>
      <DsUniteReference>[406] Unité de mesure utilisée pour déterminer un rapport isotopique.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">33</CdUniteReference>
      <LbUniteReference>électron-Volt</LbUniteReference>
      <SymUniteReference>eV</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>En physique, l'électron-Volt (noté eV) est une unité de mesure d'énergie. Sa valeur est définie comme étant l'énergie d'un électron accéléré par une différence de potentiel de un Volt. 1 eV = 1,602 177 33.10E-19 Joule.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">34</CdUniteReference>
      <LbUniteReference>équivalent-habitant</LbUniteReference>
      <SymUniteReference>EH</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Quantité de matières polluantes réputée être produite journellement par une personne. Cette unité de mesure permet de comparer facilement des flux de matières polluantes. Selon l'article 2 de la directive " eaux résiduaires urbaines " du 21/05/1991, l'équivalent-habitant est la " charge organique biodégradable ayant une demande biochimique d'oxygène en cinq jours (DB05) de 60 grammes d'oxygène par jour ".</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">43</CdUniteReference>
      <LbUniteReference>gramme par centimètre cube</LbUniteReference>
      <SymUniteReference>g/cm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour la densité, la masse volumique des produits chimiques.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">49</CdUniteReference>
      <LbUniteReference>gramme par mole</LbUniteReference>
      <SymUniteReference>g/mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La masse molaire désigne le quotient de la masse par la quantité de matière</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">54</CdUniteReference>
      <LbUniteReference>Gray</LbUniteReference>
      <SymUniteReference>Gy</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le gray est la dose absorbée des rayonnements ionisants égale à un Joule par kilogramme.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">379</CdUniteReference>
      <LbUniteReference>microgramme de phosphate par litre</LbUniteReference>
      <SymUniteReference>µg(PO4)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-22</DateCreUniteReference>
      <DateMajUniteReference>2004-11-22T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">362</CdUniteReference>
      <LbUniteReference>gramme d'oxyde de sodium par kilogramme</LbUniteReference>
      <SymUniteReference>g(Na2O)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">373</CdUniteReference>
      <LbUniteReference>milligramme de soufre par kilogramme</LbUniteReference>
      <SymUniteReference>mg(S)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">385</CdUniteReference>
      <LbUniteReference>nombre par flacon</LbUniteReference>
      <SymUniteReference>n/flacon</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2006-09-18</DateCreUniteReference>
      <DateMajUniteReference>2006-09-18T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">140</CdUniteReference>
      <LbUniteReference>micromole</LbUniteReference>
      <SymUniteReference>µmol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le nombre d'entités (atomes, ions, etc...) dans une mole est défini par le nombre d'Avogadro. NA = 6,022 045 X 10E23 mol-1</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">143</CdUniteReference>
      <LbUniteReference>microPascal</LbUniteReference>
      <SymUniteReference>µPa</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">147</CdUniteReference>
      <LbUniteReference>microSiemens par centimètre</LbUniteReference>
      <SymUniteReference>µS/cm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">148</CdUniteReference>
      <LbUniteReference>microVolt</LbUniteReference>
      <SymUniteReference>µV</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µV = 10E-6 V</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">149</CdUniteReference>
      <LbUniteReference>milliAmpère</LbUniteReference>
      <SymUniteReference>mA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 mA = 10E-3 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">152</CdUniteReference>
      <LbUniteReference>milliCoulomb</LbUniteReference>
      <SymUniteReference>mC</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1mC = 10E-3 C</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">127</CdUniteReference>
      <LbUniteReference>microCurie par millilitre</LbUniteReference>
      <SymUniteReference>µCi/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">130</CdUniteReference>
      <LbUniteReference>microgramme de chlore par kilogramme</LbUniteReference>
      <SymUniteReference>µg(Cl)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">109</CdUniteReference>
      <LbUniteReference>mégaWatt-heure</LbUniteReference>
      <SymUniteReference>MW.h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">98</CdUniteReference>
      <LbUniteReference>lumen</LbUniteReference>
      <SymUniteReference>lm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le lumen est le flux lumineux émis dans l'angle solide d'un stéradian par une source ponctuelle uniforme ayant une intensité d'un candela.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">88</CdUniteReference>
      <LbUniteReference>kilomole par mètre cube</LbUniteReference>
      <SymUniteReference>kmol/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kmol/m3 = 1 mol/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">89</CdUniteReference>
      <LbUniteReference>kiloNewton</LbUniteReference>
      <SymUniteReference>kN</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kN = 1000 N</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">91</CdUniteReference>
      <LbUniteReference>kiloSiemens</LbUniteReference>
      <SymUniteReference>kS</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kS = 1000 S</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">79</CdUniteReference>
      <LbUniteReference>kilogramme-mètre carré</LbUniteReference>
      <SymUniteReference>kg.m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">62</CdUniteReference>
      <LbUniteReference>katal</LbUniteReference>
      <SymUniteReference>kat</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de l'activité catalytique</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">65</CdUniteReference>
      <LbUniteReference>Kelvin</LbUniteReference>
      <SymUniteReference>K</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le kelvin, unité de température thermodynamique, est la fraction 1 / 273,16 de la température thermodynamique du point triple de l'eau.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">9</CdUniteReference>
      <LbUniteReference>Becquerel par litre</LbUniteReference>
      <SymUniteReference>Bq/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">12</CdUniteReference>
      <LbUniteReference>candela par mètre carré</LbUniteReference>
      <SymUniteReference>cd/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la luminance lumineuse</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">17</CdUniteReference>
      <LbUniteReference>centimètre cube par mole</LbUniteReference>
      <SymUniteReference>cm3/mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume molaire désigne le quotient du volume par la quantité de matière</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">21</CdUniteReference>
      <LbUniteReference>centiPoise</LbUniteReference>
      <SymUniteReference>cP</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Ancienne unité de mesure de la viscosité dynamique des fluides à basse température. 1 cP = 1 mPa.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">24</CdUniteReference>
      <LbUniteReference>Darcy</LbUniteReference>
      <SymUniteReference>D</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La Loi de Darcy relie un débit à un gradient de pression grâce à la perméabilité k du milieu traversé . 1 D = 9,87.10E-13 m2</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">315</CdUniteReference>
      <LbUniteReference>milligramme de potassium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(K)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">325</CdUniteReference>
      <LbUniteReference>milligramme de sodium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Na)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">326</CdUniteReference>
      <LbUniteReference>milligramme de sodium par litre</LbUniteReference>
      <SymUniteReference>mg(Na)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">311</CdUniteReference>
      <LbUniteReference>microgramme de mercure par litre</LbUniteReference>
      <SymUniteReference>µg(Hg)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">298</CdUniteReference>
      <LbUniteReference>milligramme de cyanure par litre</LbUniteReference>
      <SymUniteReference>mg(CN)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2013-11-21T09:50:49</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">291</CdUniteReference>
      <LbUniteReference>milligramme de calcium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Ca)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">307</CdUniteReference>
      <LbUniteReference>microgramme de fer par litre</LbUniteReference>
      <SymUniteReference>µg(Fe)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">275</CdUniteReference>
      <LbUniteReference>millilitre par mètre carré</LbUniteReference>
      <SymUniteReference>mL/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé pour le biovolume végétal</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">287</CdUniteReference>
      <LbUniteReference>milligrame de béryllium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Be)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">288</CdUniteReference>
      <LbUniteReference>milligramme de brome par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Br)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">267</CdUniteReference>
      <LbUniteReference>Watt</LbUniteReference>
      <SymUniteReference>W</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Watt est la puissance d'un système énergétique dans lequel est transférée uniformément une énergie de 1 Joule pendant 1 seconde. 1 W = 1 V.A; 1 W = 1 J/s</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">254</CdUniteReference>
      <LbUniteReference>stéradian</LbUniteReference>
      <SymUniteReference>sr</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le stéradian est l'angle solide qui, ayant son sommet au centre d'une sphère, découpe, sur la surface de cette sphère, une aire égale à celle d'un carré dont la longueur des côtés est égale au rayon de la sphère.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">234</CdUniteReference>
      <LbUniteReference>ohm</LbUniteReference>
      <SymUniteReference>Ohm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>L'ohm est la résistance électrique qui existe entre deux points d'un conducteur lorsqu'une différence de potentiel constante d'un Volt, appliquée entre ces deux points, produit dans ce conducteur un courant d'un ampère, ledit conducteur n'étant le siège d'aucune force électromotrice.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">224</CdUniteReference>
      <LbUniteReference>nombre pour 20 millilitres</LbUniteReference>
      <SymUniteReference>n/(20mL)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">206</CdUniteReference>
      <LbUniteReference>mole par mètre cube</LbUniteReference>
      <SymUniteReference>mol/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La concentration désigne le quotient de la quantité de matière de soluté par le volume de solution et doit remplacer les expressions 'molarité' et 'concentration molaire'.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">189</CdUniteReference>
      <LbUniteReference>millimètre par an</LbUniteReference>
      <SymUniteReference>mm/a</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">196</CdUniteReference>
      <LbUniteReference>milliPascal</LbUniteReference>
      <SymUniteReference>mPa</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">182</CdUniteReference>
      <LbUniteReference>millilitre par litre</LbUniteReference>
      <SymUniteReference>mL/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La concentration en volume désigne le quotient du volume de soluté par le volume de solution.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">184</CdUniteReference>
      <LbUniteReference>millimètre</LbUniteReference>
      <SymUniteReference>mm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">156</CdUniteReference>
      <LbUniteReference>milligramme</LbUniteReference>
      <SymUniteReference>mg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 mg = 10E-3 g</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">163</CdUniteReference>
      <LbUniteReference>milligramme de carbone par litre</LbUniteReference>
      <SymUniteReference>mg(C)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">37</CdUniteReference>
      <LbUniteReference>femtomètre</LbUniteReference>
      <SymUniteReference>fm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Longueur d'ondes des rayons X; 1 unité X = 10E0,2 fm; 1 fm = 10E-15 m</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">42</CdUniteReference>
      <LbUniteReference>gramme</LbUniteReference>
      <SymUniteReference>g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le gramme est l'unité de masse de 1 cm3 (1ml) d'eau pure à 4°C.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">52</CdUniteReference>
      <LbUniteReference>gramme par tonne de matière brute</LbUniteReference>
      <SymUniteReference>g/(t MB)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">353</CdUniteReference>
      <LbUniteReference>pour mille</LbUniteReference>
      <SymUniteReference>%o</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">387</CdUniteReference>
      <LbUniteReference>Unité Souris</LbUniteReference>
      <SymUniteReference>US</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-02-19</DateCreUniteReference>
      <DateMajUniteReference>2007-02-19T00:00:00</DateMajUniteReference>
      <DsUniteReference>Une US est définie comme la quantité de toxine paralysante (PSP) qui, injectée par voie intrapéritonéale, tue une souris de 20 g en 15 minutes.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">154</CdUniteReference>
      <LbUniteReference>milliéquivalent par gramme</LbUniteReference>
      <SymUniteReference>meq/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour caractériser les produits chimiques de traitement d'eau potable.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">138</CdUniteReference>
      <LbUniteReference>micromètre carré</LbUniteReference>
      <SymUniteReference>µm2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">118</CdUniteReference>
      <LbUniteReference>mètre cube par kilogramme</LbUniteReference>
      <SymUniteReference>m3/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume massique désigne le quotient du volume par la masse</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">122</CdUniteReference>
      <LbUniteReference>mètre par seconde</LbUniteReference>
      <SymUniteReference>m/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">126</CdUniteReference>
      <LbUniteReference>microCurie</LbUniteReference>
      <SymUniteReference>µCi</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">129</CdUniteReference>
      <LbUniteReference>microgramme par kilogramme</LbUniteReference>
      <SymUniteReference>µg/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">103</CdUniteReference>
      <LbUniteReference>mégaHertz</LbUniteReference>
      <SymUniteReference>MHz</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">111</CdUniteReference>
      <LbUniteReference>mètre</LbUniteReference>
      <SymUniteReference>m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le mètre est la longueur égale à 1 650 763,73 longueurs d'onde, dans le vide, du rayonnement correspondant à la transition entre les niveaux 2p10 et 5d5 de l'atome de krypton-86.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">112</CdUniteReference>
      <LbUniteReference>mètre à la puissance moins un</LbUniteReference>
      <SymUniteReference>m-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">96</CdUniteReference>
      <LbUniteReference>litre par mole</LbUniteReference>
      <SymUniteReference>L/mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume molaire désigne le quotient du volume par la quantité de matière</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">75</CdUniteReference>
      <LbUniteReference>kilogramme par tonne</LbUniteReference>
      <SymUniteReference>kg/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">1</CdUniteReference>
      <LbUniteReference>absorbance par mètre</LbUniteReference>
      <SymUniteReference>Abs/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour caractériser, entre autre, l'absorption d'un système. (Utilisée entre autre pour quantifier la matière organique d'un échantillon via l'absorbance à 254nm)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">5</CdUniteReference>
      <LbUniteReference>année</LbUniteReference>
      <SymUniteReference>an</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Période correspondant conventionnellement à la durée de la révolution de la Terre autour du Soleil.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">11</CdUniteReference>
      <LbUniteReference>candela</LbUniteReference>
      <SymUniteReference>cd</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La candela est l'intensité lumineuse, dans une direction donnée, d'une source qui émet un rayonnement monochromatique de fréquence 540.10E12 Hertz et dont l'intensité énergétique dans cette direction est 1/683 Watt par stéradian.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">13</CdUniteReference>
      <LbUniteReference>centimètre</LbUniteReference>
      <SymUniteReference>cm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 cm = 0,01 m</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">18</CdUniteReference>
      <LbUniteReference>centimètre par seconde</LbUniteReference>
      <SymUniteReference>cm/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">23</CdUniteReference>
      <LbUniteReference>Curie</LbUniteReference>
      <SymUniteReference>Ci</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">351</CdUniteReference>
      <LbUniteReference>gramme de chlorure de sodium par litre</LbUniteReference>
      <SymUniteReference>g(NaCl)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">342</CdUniteReference>
      <LbUniteReference>milligramme de strontium par litre</LbUniteReference>
      <SymUniteReference>mg(Sr)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">346</CdUniteReference>
      <LbUniteReference>milligramme d'uranium par litre</LbUniteReference>
      <SymUniteReference>mg(U)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">312</CdUniteReference>
      <LbUniteReference>milligramme de mercure par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Hg)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">327</CdUniteReference>
      <LbUniteReference>milligramme d'ammoniac par litre</LbUniteReference>
      <SymUniteReference>mg(NH3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">303</CdUniteReference>
      <LbUniteReference>milligramme de chrome par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Cr)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">279</CdUniteReference>
      <LbUniteReference>milligramme d'aluminium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Al)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">265</CdUniteReference>
      <LbUniteReference>unité Hazen</LbUniteReference>
      <SymUniteReference>unité Hazen</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour caractériser la couleur de l'eau. Une unité Hazen (ou degré Hazen) équivaut à 1mg(Pt)/L. Une unité Hazen correspond à la coloration d'une solution contenant 1mg de platine sous forme d'acide chloroplatinique et 2 mg de chlorure de cobalt hexahydraté par litre.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">256</CdUniteReference>
      <LbUniteReference>téraWatt-heure</LbUniteReference>
      <SymUniteReference>TW.h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">246</CdUniteReference>
      <LbUniteReference>pourcentage de poids sec</LbUniteReference>
      <SymUniteReference>% poids sec</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">247</CdUniteReference>
      <LbUniteReference>radian</LbUniteReference>
      <SymUniteReference>rad</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure d'angle plan, équivalent à l'angle qui, ayant son sommet au centre d'un cercle, intercepte, sur la circonférence de ce cercle, un arc d'une longueur égale à celle du rayon du cercle. Il est recommandé d?utiliser le degré et ses subdivision.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">228</CdUniteReference>
      <LbUniteReference>nombre par litre</LbUniteReference>
      <SymUniteReference>n/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">231</CdUniteReference>
      <LbUniteReference>nombre pour 100 litres</LbUniteReference>
      <SymUniteReference>n/(100L)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">208</CdUniteReference>
      <LbUniteReference>nanoCoulomb</LbUniteReference>
      <SymUniteReference>nC</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1nC = 10E-9 C</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">210</CdUniteReference>
      <LbUniteReference>nanoseconde</LbUniteReference>
      <SymUniteReference>ns</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 ns = 10E-9 s</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">214</CdUniteReference>
      <LbUniteReference>nombre</LbUniteReference>
      <SymUniteReference>n</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Nombre d'individus ou d'éléments ou d'unités, selon la nature du paramètre recherché.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">218</CdUniteReference>
      <LbUniteReference>nombre de gouttes de mastic</LbUniteReference>
      <SymUniteReference>n (gouttes de mastic)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">201</CdUniteReference>
      <LbUniteReference>milliSievert par an</LbUniteReference>
      <SymUniteReference>mSv/a</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">174</CdUniteReference>
      <LbUniteReference>milligramme d'azote nitrate par litre</LbUniteReference>
      <SymUniteReference>mg(N NO3)/L</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">178</CdUniteReference>
      <LbUniteReference>milligramme de platine par litre</LbUniteReference>
      <SymUniteReference>mg(Pt)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour caractériser la couleur de l'eau, selon l'échelle Pt-Co. Voir aussi l'unité Hazen.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">187</CdUniteReference>
      <LbUniteReference>millimètre cube</LbUniteReference>
      <SymUniteReference>mm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">30</CdUniteReference>
      <LbUniteReference>delta pour 1000 Canion Diablo Troïlite</LbUniteReference>
      <SymUniteReference>‰ vs CDT</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2007-11-26T10:40:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour déterminer le rapport isotopique S(34)/S(32) par rapport à un étalon. La référence de la mesure est le "Canion Diablo Troïlite" (CDT), du sulfure de fer.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">41</CdUniteReference>
      <LbUniteReference>gigaWatt-heure</LbUniteReference>
      <SymUniteReference>GW.h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 GW.h = 10E9 Wh</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">46</CdUniteReference>
      <LbUniteReference>gramme par litre</LbUniteReference>
      <SymUniteReference>g/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La concentration en masse désigne le quotient de la masse du soluté par le volume de la solution; 1 kg/m3 = 1 g/L; 1 g/dm3 = 1 g/L = 1 kg/m3;</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">47</CdUniteReference>
      <LbUniteReference>gramme par mètre cube</LbUniteReference>
      <SymUniteReference>g/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 g/m3 =1 mg/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">382</CdUniteReference>
      <LbUniteReference>milligramme de carbone par kilogramme</LbUniteReference>
      <SymUniteReference>mg(C)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-23</DateCreUniteReference>
      <DateMajUniteReference>2004-11-23T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">354</CdUniteReference>
      <LbUniteReference>gramme d'azote par kilogramme</LbUniteReference>
      <SymUniteReference>g(N)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">366</CdUniteReference>
      <LbUniteReference>milligramme d'arsenic par kilogramme</LbUniteReference>
      <SymUniteReference>mg(As)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">368</CdUniteReference>
      <LbUniteReference>millisiemens par mètre</LbUniteReference>
      <SymUniteReference>mS/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">369</CdUniteReference>
      <LbUniteReference>kilogramme d'oxyde de magnésium par tonne</LbUniteReference>
      <SymUniteReference>kg(MgO)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">372</CdUniteReference>
      <LbUniteReference>milligramme de fluor par kilogramme</LbUniteReference>
      <SymUniteReference>mg(F)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">390</CdUniteReference>
      <LbUniteReference>nanogramme par litre</LbUniteReference>
      <SymUniteReference>ng/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-05-24</DateCreUniteReference>
      <DateMajUniteReference>2007-05-24T00:00:00</DateMajUniteReference>
      <DsUniteReference>Un nanogramme par litre représente un milliardième (10-9) de gramme par litre.</DsUniteReference>
      <AuteurUniteReference>Ministère chargé de la Santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">388</CdUniteReference>
      <LbUniteReference>microgramme de titane par litre</LbUniteReference>
      <SymUniteReference>µg(Ti)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-02-21</DateCreUniteReference>
      <DateMajUniteReference>2007-02-21T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>BRGM</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">168</CdUniteReference>
      <LbUniteReference>milligramme d'azote par litre</LbUniteReference>
      <SymUniteReference>mg(N)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">137</CdUniteReference>
      <LbUniteReference>micromètre</LbUniteReference>
      <SymUniteReference>µm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µA = 10E-6 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">142</CdUniteReference>
      <LbUniteReference>microohm</LbUniteReference>
      <SymUniteReference>µOhm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µ? = 10E-6 ?</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">146</CdUniteReference>
      <LbUniteReference>microSiemens</LbUniteReference>
      <SymUniteReference>µS</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µS = 10E-6 S</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">136</CdUniteReference>
      <LbUniteReference>microlitre par litre</LbUniteReference>
      <SymUniteReference>µL/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La concentration en volume désigne le quotient du volume de soluté par le volume de solution.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">153</CdUniteReference>
      <LbUniteReference>millidarcy</LbUniteReference>
      <SymUniteReference>mD</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le darcy (D) et le millidarcy (mD) ne sont pas officiellement reconnus par l'ISO comme unités pouvant être utilisées avec le Sl. Cependant leur emploi est très courant dans l'industrie pétrolière internationale; 1D = 0,986 923 µm2 1 µm2; 1 mD 10E-3 µm2</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">121</CdUniteReference>
      <LbUniteReference>mètre cube par minute</LbUniteReference>
      <SymUniteReference>m3/min</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">124</CdUniteReference>
      <LbUniteReference>microAmpère</LbUniteReference>
      <SymUniteReference>µA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 µA = 10E-6 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">134</CdUniteReference>
      <LbUniteReference>microgramme de chlore par litre</LbUniteReference>
      <SymUniteReference>µg(Cl)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">92</CdUniteReference>
      <LbUniteReference>kiloVolt</LbUniteReference>
      <SymUniteReference>kV</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kV = 1000 V</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">97</CdUniteReference>
      <LbUniteReference>litre par seconde</LbUniteReference>
      <SymUniteReference>L/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">85</CdUniteReference>
      <LbUniteReference>kilomètre carré</LbUniteReference>
      <SymUniteReference>km2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">68</CdUniteReference>
      <LbUniteReference>kilogramme par mètre cube</LbUniteReference>
      <SymUniteReference>kg/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La concentration en masse désigne le quotient de la masse du soluté par le volume de la solution. 1 kg/m3 = 1 g/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">69</CdUniteReference>
      <LbUniteReference>kilogramme par seconde</LbUniteReference>
      <SymUniteReference>kg/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">72</CdUniteReference>
      <LbUniteReference>kilogramme par jour</LbUniteReference>
      <SymUniteReference>kg/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">74</CdUniteReference>
      <LbUniteReference>kilogramme par mole</LbUniteReference>
      <SymUniteReference>kg/mol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>La masse molaire désigne le quotient de la masse par la quantité de matière.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">80</CdUniteReference>
      <LbUniteReference>kilogramme-mètre par seconde</LbUniteReference>
      <SymUniteReference>kg.m/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">83</CdUniteReference>
      <LbUniteReference>kiloJoule</LbUniteReference>
      <SymUniteReference>kJ</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1kJ = 1000 J</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">67</CdUniteReference>
      <LbUniteReference>kilogramme</LbUniteReference>
      <SymUniteReference>kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le kilogramme est l'unité de masse; il est égal à la masse du prototype international du kilogramme.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">60</CdUniteReference>
      <LbUniteReference>Joule</LbUniteReference>
      <SymUniteReference>J</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Joule (J) est l'unité de mesure de travail, d'énergie et de quantité de chaleur, équivalent au travail produit par une force de 1 Newton dont le point d'application se déplace de 1m dans la direction de la force.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">61</CdUniteReference>
      <LbUniteReference>jour</LbUniteReference>
      <SymUniteReference>j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Temps que met la Terre à faire une rotation complète sur son axe. Dans les calculs scientifiques et techniques, l?usage de ces unités en dehors du SI n?est à conseiller que lorsque l?emploi de la seconde ne convient pas.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">64</CdUniteReference>
      <LbUniteReference>kiloAmpère</LbUniteReference>
      <SymUniteReference>kA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kA = 1000 A</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">10</CdUniteReference>
      <LbUniteReference>calorie</LbUniteReference>
      <SymUniteReference>cal</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>"calorie" vient du latin "calor" signifiant "chaleur". Travail nécessaire pour élever de 1°C la température de 1 g d'un corps dont la chaleur massique est égale à celle de l'eau à 15 °C sous la pression atmosphérique de 10E13 mbar. 1 cal = 4,185 J</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">14</CdUniteReference>
      <LbUniteReference>centimètre à la puissance moins un</LbUniteReference>
      <SymUniteReference>cm-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">15</CdUniteReference>
      <LbUniteReference>centimètre carré</LbUniteReference>
      <SymUniteReference>cm2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">22</CdUniteReference>
      <LbUniteReference>Coulomb</LbUniteReference>
      <SymUniteReference>C</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Coulomb est la quantité d'électricité transportée en une seconde par un courant de un Ampère. Par définition, 1 C = 1 A.s; 1 A.h = 3,6 kC</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">334</CdUniteReference>
      <LbUniteReference>milligramme de sélénium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Se)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">295</CdUniteReference>
      <LbUniteReference>microgramme de chlorite par litre</LbUniteReference>
      <SymUniteReference>µg(ClO2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">301</CdUniteReference>
      <LbUniteReference>microgramme de chrome par litre</LbUniteReference>
      <SymUniteReference>µg(Cr)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">306</CdUniteReference>
      <LbUniteReference>milligramme de fluor par litre</LbUniteReference>
      <SymUniteReference>mg(F)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">310</CdUniteReference>
      <LbUniteReference>milligramme de dihydogène de soufre par litre</LbUniteReference>
      <SymUniteReference>mg(H2S)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">282</CdUniteReference>
      <LbUniteReference>microgramme de bore par litre</LbUniteReference>
      <SymUniteReference>µg(B)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">285</CdUniteReference>
      <LbUniteReference>milligramme de baryum par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Ba)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">286</CdUniteReference>
      <LbUniteReference>microgramme de béryllium par litre</LbUniteReference>
      <SymUniteReference>µg(Be)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">269</CdUniteReference>
      <LbUniteReference>Weber</LbUniteReference>
      <SymUniteReference>Wb</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le weber est le flux magnétique qui, traversant un circuit d'une seule spire, y produit une force électromotrice d'un Volt si on l'amène à zéro en une seconde, par décroissance uniforme.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">264</CdUniteReference>
      <LbUniteReference>unité pH</LbUniteReference>
      <SymUniteReference>unité pH</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure du potentiel en hydrogène</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">248</CdUniteReference>
      <LbUniteReference>radian par seconde</LbUniteReference>
      <SymUniteReference>rad/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">244</CdUniteReference>
      <LbUniteReference>pourcentage de fraction solide</LbUniteReference>
      <SymUniteReference>% fraction solide</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">236</CdUniteReference>
      <LbUniteReference>ohm par Volt</LbUniteReference>
      <SymUniteReference>Ohm/V</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 /V = 1 A-1</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">238</CdUniteReference>
      <LbUniteReference>Pascal-seconde</LbUniteReference>
      <SymUniteReference>Pa.s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Poise (P) et le centiPoise (cP) ne doivent plus être utilisés. 1 Pa.s = 10 P</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">217</CdUniteReference>
      <LbUniteReference>nombre de gouttes</LbUniteReference>
      <SymUniteReference>n gouttes</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">190</CdUniteReference>
      <LbUniteReference>millimètre par heure</LbUniteReference>
      <SymUniteReference>mm/h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">179</CdUniteReference>
      <LbUniteReference>milligramme de sulfate par litre</LbUniteReference>
      <SymUniteReference>mg(SO4)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">181</CdUniteReference>
      <LbUniteReference>millilitre</LbUniteReference>
      <SymUniteReference>mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1mL = 10E-3 L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">185</CdUniteReference>
      <LbUniteReference>millimètre carré</LbUniteReference>
      <SymUniteReference>mm2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">155</CdUniteReference>
      <LbUniteReference>milliéquivalent par litre</LbUniteReference>
      <SymUniteReference>meq/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la concentration des corps dissous dans une solution aqueuse; 1meq/L correspond à la concentration d'une solution normale diluée mille fois. 1meq équivaut à 5 degré français.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">35</CdUniteReference>
      <LbUniteReference>Farad</LbUniteReference>
      <SymUniteReference>F</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le farad est la capacité d'un condensateur électrique entre les armatures duquel apparaît une différence de potentiel d'un Volt lorsqu'il est chargé d'une quantité d'électricité égale à un Coulomb.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">36</CdUniteReference>
      <LbUniteReference>unité d'atténuation formazine</LbUniteReference>
      <SymUniteReference>FAU</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la turbidité (eaux chargées)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">51</CdUniteReference>
      <LbUniteReference>gramme par tonne</LbUniteReference>
      <SymUniteReference>g/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">378</CdUniteReference>
      <LbUniteReference>microgramme d'ammonium par litre</LbUniteReference>
      <SymUniteReference>µg(NH4)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-22</DateCreUniteReference>
      <DateMajUniteReference>2004-11-22T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">355</CdUniteReference>
      <LbUniteReference>kilogramme de carbonate par tonne</LbUniteReference>
      <SymUniteReference>kg(CO3)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">358</CdUniteReference>
      <LbUniteReference>kilogramme d'anhydride phosphorique par tonne</LbUniteReference>
      <SymUniteReference>kg(P2O5)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">371</CdUniteReference>
      <LbUniteReference>milligramme de cuivre par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Cu)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">392</CdUniteReference>
      <LbUniteReference>millisiemens par centimètre</LbUniteReference>
      <SymUniteReference>mS/cm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-07-31</DateCreUniteReference>
      <DateMajUniteReference>2007-07-31T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laurence CHERY (BRGM Orléans)</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">386</CdUniteReference>
      <LbUniteReference>nombre par 10 bouchons</LbUniteReference>
      <SymUniteReference>n/10 bouchons</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2006-09-18</DateCreUniteReference>
      <DateMajUniteReference>2007-02-19T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">389</CdUniteReference>
      <LbUniteReference>milligramme de vanadium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(V)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-02-21</DateCreUniteReference>
      <DateMajUniteReference>2007-02-21T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>BRGM</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">399</CdUniteReference>
      <LbUniteReference>pourcentage de matière brute</LbUniteReference>
      <SymUniteReference>% MB</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-23</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:13</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire Départemental de l'Eau de Haute Garon</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">167</CdUniteReference>
      <LbUniteReference>milligramme de carbonate par litre</LbUniteReference>
      <SymUniteReference>mg(CO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">169</CdUniteReference>
      <LbUniteReference>milligramme d'ammonium par litre</LbUniteReference>
      <SymUniteReference>mg(NH4)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">150</CdUniteReference>
      <LbUniteReference>millibar</LbUniteReference>
      <SymUniteReference>mbar</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">133</CdUniteReference>
      <LbUniteReference>microgramme par litre</LbUniteReference>
      <SymUniteReference>µg/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 mg/m3 = 1 µg/L</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">102</CdUniteReference>
      <LbUniteReference>mégagramme</LbUniteReference>
      <SymUniteReference>Mg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 t = 1 Mg; L'usage du mégagramme (Mg) est beaucoup moins répandu que la tonne métrique (t)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">113</CdUniteReference>
      <LbUniteReference>mètre carré</LbUniteReference>
      <SymUniteReference>m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">114</CdUniteReference>
      <LbUniteReference>mètre carré par seconde</LbUniteReference>
      <SymUniteReference>m2/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">86</CdUniteReference>
      <LbUniteReference>kilomètre par heure</LbUniteReference>
      <SymUniteReference>km/h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 km/h = 0,277 778 m/s</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">87</CdUniteReference>
      <LbUniteReference>kilomole</LbUniteReference>
      <SymUniteReference>kmol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le nombre d'entités (atomes, ions, etc...) dans une mole est défini par le nombre d'Avogadro. NA = 6,022 045 X 10E23 mol-1</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">94</CdUniteReference>
      <LbUniteReference>litre</LbUniteReference>
      <SymUniteReference>L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de volume pour les liquides ou pour les matières sèches, équivalent à 1 dm3. Les symboles possibles sont "l" ou "L". 1 L = 0,001 m3 = 1000 cm3</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">73</CdUniteReference>
      <LbUniteReference>kilogramme par litre</LbUniteReference>
      <SymUniteReference>kg/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">76</CdUniteReference>
      <LbUniteReference>kilogramme par tonne de matière brute</LbUniteReference>
      <SymUniteReference>kg/(t MB)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">77</CdUniteReference>
      <LbUniteReference>kilogramme par tonne de matière sèche</LbUniteReference>
      <SymUniteReference>kg/(t MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">81</CdUniteReference>
      <LbUniteReference>kiloHertz</LbUniteReference>
      <SymUniteReference>kHz</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 kHz = 1000 Hz</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">58</CdUniteReference>
      <LbUniteReference>Hertz</LbUniteReference>
      <SymUniteReference>Hz</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Hertz s'applique à des phénomènes continus. 1 Hz = 1 s-1</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">63</CdUniteReference>
      <LbUniteReference>katal par mètre cube</LbUniteReference>
      <SymUniteReference>kat/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la concentration de l'activité catalytique</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">4</CdUniteReference>
      <LbUniteReference>Ampère par mètre carré</LbUniteReference>
      <SymUniteReference>A/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la densité de courant</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">7</CdUniteReference>
      <LbUniteReference>Becquerel</LbUniteReference>
      <SymUniteReference>Bq</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Becquerel est l'activité des radionucléides égale à l'unité par seconde.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">352</CdUniteReference>
      <LbUniteReference>nombre par kilogramme</LbUniteReference>
      <SymUniteReference>n/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">333</CdUniteReference>
      <LbUniteReference>microgramme de sélénium par litre</LbUniteReference>
      <SymUniteReference>µg(Se)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">350</CdUniteReference>
      <LbUniteReference>milligramme de zinc par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Zn)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">330</CdUniteReference>
      <LbUniteReference>microgramme d'antimoine par litre</LbUniteReference>
      <SymUniteReference>µg(Sb)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">296</CdUniteReference>
      <LbUniteReference>microgramme de chlorate par litre</LbUniteReference>
      <SymUniteReference>µg(ClO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">297</CdUniteReference>
      <LbUniteReference>milligramme de cyanure par kilogramme</LbUniteReference>
      <SymUniteReference>mg(CN)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">299</CdUniteReference>
      <LbUniteReference>microgramme de cobalt par litre</LbUniteReference>
      <SymUniteReference>µg(Co)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">274</CdUniteReference>
      <LbUniteReference>milligramme d'hydrogénocarbonate par litre</LbUniteReference>
      <SymUniteReference>mg(HCO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">284</CdUniteReference>
      <LbUniteReference>microgramme de baryum par litre</LbUniteReference>
      <SymUniteReference>µg(Ba)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">290</CdUniteReference>
      <LbUniteReference>microgramme de bromate par litre</LbUniteReference>
      <SymUniteReference>µg(BrO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2004-09-14T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">266</CdUniteReference>
      <LbUniteReference>Volt</LbUniteReference>
      <SymUniteReference>V</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Volt est la différence de potentiel électrique qui existe entre deux points d'un conducteur parcouru par un courant constant de 1 Ampère lorsque la puissance dissipée entre ces points est égale à 1 Watt. Par définition, 1 V = 1 W/A.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">268</CdUniteReference>
      <LbUniteReference>Watt-heure</LbUniteReference>
      <SymUniteReference>W.h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Bien qu'actuellement ces unités soient largement utilisées pour la mesure de la consommation en énergie électrique, elles seront éventuellement remplacées par le Joule; 1 kW.h = 3,6 MJ</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">261</CdUniteReference>
      <LbUniteReference>tour par seconde</LbUniteReference>
      <SymUniteReference>r/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">252</CdUniteReference>
      <LbUniteReference>Siemens</LbUniteReference>
      <SymUniteReference>S</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le Siemens est la conductance électrique qui existe entre deux points d'un conducteur lorsqu'un courant constant d'un Ampère passant dans ce conducteur produit une différence de potentiel d'un Volt entre ces deux points, ledit conducteur n'étant le siège d'aucune force électromotrice.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">240</CdUniteReference>
      <LbUniteReference>picoCoulomb</LbUniteReference>
      <SymUniteReference>pC</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 pC = 10E-12 C</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">241</CdUniteReference>
      <LbUniteReference>picomètre</LbUniteReference>
      <SymUniteReference>pm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1pm = 10E-12 m</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">232</CdUniteReference>
      <LbUniteReference>nephelometric formazine unit</LbUniteReference>
      <SymUniteReference>NFU</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la turbidité, appelé aussi unité néphélométrique ou unité formazine. Les unités JTU, NTU et FTU sont similaires.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">225</CdUniteReference>
      <LbUniteReference>nombre pour 50 millilitres</LbUniteReference>
      <SymUniteReference>n/(50mL)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">227</CdUniteReference>
      <LbUniteReference>nombre pour 250 millilitres</LbUniteReference>
      <SymUniteReference>n/(250mL)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">216</CdUniteReference>
      <LbUniteReference>nombre de fibres par litre</LbUniteReference>
      <SymUniteReference>n (fibres)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">220</CdUniteReference>
      <LbUniteReference>nombre pour 50 grammes</LbUniteReference>
      <SymUniteReference>n/(50g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">192</CdUniteReference>
      <LbUniteReference>millimole par litre</LbUniteReference>
      <SymUniteReference>mmol/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">193</CdUniteReference>
      <LbUniteReference>milliNewton par mètre</LbUniteReference>
      <SymUniteReference>mN/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">202</CdUniteReference>
      <LbUniteReference>milliVolt</LbUniteReference>
      <SymUniteReference>mV</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">183</CdUniteReference>
      <LbUniteReference>millilitre par seconde</LbUniteReference>
      <SymUniteReference>mL/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">186</CdUniteReference>
      <LbUniteReference>millimètre carré par seconde</LbUniteReference>
      <SymUniteReference>mm2/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">157</CdUniteReference>
      <LbUniteReference>milligramme par gramme</LbUniteReference>
      <SymUniteReference>mg/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">26</CdUniteReference>
      <LbUniteReference>décimètre cube par kilogramme</LbUniteReference>
      <SymUniteReference>dm3/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le volume massique désigne le quotient du volume par la masse</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">27</CdUniteReference>
      <LbUniteReference>degré Celsius</LbUniteReference>
      <SymUniteReference>°C</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le degré Celsius est égal en grandeur au kelvin; par conséquent, les intervalles de températures peuvent être exprimés soit en kelvins, soit en degrés Celsius; l?usage du kelvin étant recommandé dans les unités composées;</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">28</CdUniteReference>
      <LbUniteReference>degré français</LbUniteReference>
      <SymUniteReference>°f</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>Le degré français est une unité de mesure spécifique au domaine de l'eau. Elle est entre autre utilisée dans le cadre de la mesure des titres Alcalimètriques et du titre Hydrotimétrique.  (1°f = 4 mg/ l de calcium ou 2,4 mg/l de magnésium);</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">31</CdUniteReference>
      <LbUniteReference>delta pour 1000 Pee Dee Belemnite</LbUniteReference>
      <SymUniteReference>‰ vs PDB</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2007-11-26T10:27:00</DateMajUniteReference>
      <DsUniteReference>L'étalon de référence international est le P.D.B. qui est une calcite biogénique, rostre de bélemnitoïde de la Pee Dee formation du Crétacé supérieur de Caroline du Nord, USA (Craig, 1957).</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">44</CdUniteReference>
      <LbUniteReference>gramme par décimètre cube</LbUniteReference>
      <SymUniteReference>g/dm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference>1 g/dm3 = 1 g/L = 1 kg/m3; l'unité préférée étant le kg/m3</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">48</CdUniteReference>
      <LbUniteReference>gramme par mètre carré</LbUniteReference>
      <SymUniteReference>g/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">50</CdUniteReference>
      <LbUniteReference>gramme par seconde</LbUniteReference>
      <SymUniteReference>g/s</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">55</CdUniteReference>
      <LbUniteReference>hectare</LbUniteReference>
      <SymUniteReference>ha</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2004-05-04T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">384</CdUniteReference>
      <LbUniteReference>kilogramme de carbonate de calcium par tonne</LbUniteReference>
      <SymUniteReference>kg(CaCO3)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2005-01-25</DateCreUniteReference>
      <DateMajUniteReference>2005-01-25T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">356</CdUniteReference>
      <LbUniteReference>milliéquivalent pour cent gramme</LbUniteReference>
      <SymUniteReference>meq/100g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">357</CdUniteReference>
      <LbUniteReference>kilogramme de dioxygène par jour</LbUniteReference>
      <SymUniteReference>kg(O2)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2019-03-13T11:43:36</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>kilogram of oxygen per day</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">360</CdUniteReference>
      <LbUniteReference>gramme d'oxyde de potassium par kilogramme</LbUniteReference>
      <SymUniteReference>g(K2O)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-10-26</DateCreUniteReference>
      <DateMajUniteReference>2004-10-26T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">374</CdUniteReference>
      <LbUniteReference>milligramme de thallium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Tl)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">376</CdUniteReference>
      <LbUniteReference>nombre le plus probable d'unités cytopathiques pour dix grammes</LbUniteReference>
      <SymUniteReference>NPPUC/(10g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-11-17</DateCreUniteReference>
      <DateMajUniteReference>2004-11-17T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">397</CdUniteReference>
      <LbUniteReference>unité génome par litre</LbUniteReference>
      <SymUniteReference>UG/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-23</DateCreUniteReference>
      <DateMajUniteReference>2007-10-23T00:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Centre d'Analyses et de Recherches - CAR</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">401</CdUniteReference>
      <LbUniteReference>gramme par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-10-29</DateCreUniteReference>
      <DateMajUniteReference>2007-10-29T11:45:09</DateMajUniteReference>
      <DsUniteReference>Unité pour l'analyse des sédiments</DsUniteReference>
      <AuteurUniteReference>Laboratoire Départemental de l'Eau de Haute Garon</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">402</CdUniteReference>
      <LbUniteReference>milligramme d'étain par litre</LbUniteReference>
      <SymUniteReference>mg(Sn)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-07</DateCreUniteReference>
      <DateMajUniteReference>2007-11-07T17:02:09</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SYPAC Laboratoire</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">403</CdUniteReference>
      <LbUniteReference>milligramme d'argent par litre</LbUniteReference>
      <SymUniteReference>mg(Ag)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-07</DateCreUniteReference>
      <DateMajUniteReference>2007-11-07T17:05:09</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SYPAC Laboratoire</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">404</CdUniteReference>
      <LbUniteReference>milligramme d'aluminium par litre</LbUniteReference>
      <SymUniteReference>mg(Al)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-07</DateCreUniteReference>
      <DateMajUniteReference>2007-11-07T17:06:59</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SYPAC Laboratoire</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">406</CdUniteReference>
      <LbUniteReference>delta pour 1000 AIR</LbUniteReference>
      <SymUniteReference>‰ vs air</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-26</DateCreUniteReference>
      <DateMajUniteReference>2007-11-26T10:40:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">407</CdUniteReference>
      <LbUniteReference>pourcent de carbone moderne</LbUniteReference>
      <SymUniteReference>pCM</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-26</DateCreUniteReference>
      <DateMajUniteReference>2007-11-26T10:59:00</DateMajUniteReference>
      <DsUniteReference>pourcent de carbone moderne</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">408</CdUniteReference>
      <LbUniteReference>microgramme d'étain par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>µg(Sn)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-26</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:14</DateMajUniteReference>
      <DsUniteReference>Unité pour la recherche des organoétains dans les sédiments.</DsUniteReference>
      <AuteurUniteReference>Laboratoire Départemental de l'Eau de Haute Garon</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">409</CdUniteReference>
      <LbUniteReference>gramme de carbone par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(C)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-30</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:16</DateMajUniteReference>
      <DsUniteReference>Unité utilisée pour l'analyse de Carbone Organique dans les sédiments.</DsUniteReference>
      <AuteurUniteReference>Laboratoire Départemental de l'Eau de Haute Garon</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">410</CdUniteReference>
      <LbUniteReference>milligramme de bore par litre</LbUniteReference>
      <SymUniteReference>mg(B)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-30</DateCreUniteReference>
      <DateMajUniteReference>2007-11-30T09:57:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>LDA48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">411</CdUniteReference>
      <LbUniteReference>milligramme de baryum par litre</LbUniteReference>
      <SymUniteReference>mg(Ba)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-30</DateCreUniteReference>
      <DateMajUniteReference>2007-11-30T09:58:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>LDA48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">412</CdUniteReference>
      <LbUniteReference>milligramme de zinc par litre</LbUniteReference>
      <SymUniteReference>mg(Zn)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-30</DateCreUniteReference>
      <DateMajUniteReference>2007-11-30T09:59:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>LDA48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">413</CdUniteReference>
      <LbUniteReference>Becquerel par kilogramme</LbUniteReference>
      <SymUniteReference>Bq/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-02-14</DateCreUniteReference>
      <DateMajUniteReference>2008-02-14T11:42:27</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">414</CdUniteReference>
      <LbUniteReference>Partie par million</LbUniteReference>
      <SymUniteReference>ppm</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-02-14</DateCreUniteReference>
      <DateMajUniteReference>2008-02-14T11:44:31</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">415</CdUniteReference>
      <LbUniteReference>Picogramme par gramme</LbUniteReference>
      <SymUniteReference>pg/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-02-14</DateCreUniteReference>
      <DateMajUniteReference>2008-02-14T11:47:30</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">416</CdUniteReference>
      <LbUniteReference>Nanogramme par gramme</LbUniteReference>
      <SymUniteReference>ng/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-02-14</DateCreUniteReference>
      <DateMajUniteReference>2008-02-14T11:48:06</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">417</CdUniteReference>
      <LbUniteReference>nombre pour 25 millilitres</LbUniteReference>
      <SymUniteReference>n/(25mL)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-03-17</DateCreUniteReference>
      <DateMajUniteReference>2008-03-17T11:34:10</DateMajUniteReference>
      <DsUniteReference>Utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC)</DsUniteReference>
      <AuteurUniteReference>Bureau de Recherches Géologiques et Minières</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">418</CdUniteReference>
      <LbUniteReference>nombre pour 0,1 mètre carré</LbUniteReference>
      <SymUniteReference>n/(0,1m²)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-04-08</DateCreUniteReference>
      <DateMajUniteReference>2018-07-23T11:35:49</DateMajUniteReference>
      <DsUniteReference>Nombre d'individus ou de cellules pour une surface de prospection de 0,1 m².</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>number in 0.1 square meter</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">419</CdUniteReference>
      <LbUniteReference>picogramme par litre</LbUniteReference>
      <SymUniteReference>pg/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-05-13</DateCreUniteReference>
      <DateMajUniteReference>2008-05-13T10:35:03</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">420</CdUniteReference>
      <LbUniteReference>Unité pH KCl</LbUniteReference>
      <SymUniteReference>pH KCl</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-05-22</DateCreUniteReference>
      <DateMajUniteReference>2008-05-22T15:20:19</DateMajUniteReference>
      <DsUniteReference>Le pH KCl est donc un pH « théorique » qui permet de connaître l’acidité potentielle du sol. Il correspond au pH « plancher » vers lequel tendent tous les sols à cause du processus d’acidification. Le pH KCl est toujours inférieur au pH eau, l’écart entre les 2 varie de 0,2 à 1,5</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">421</CdUniteReference>
      <LbUniteReference>microgramme d'uranium par litre</LbUniteReference>
      <SymUniteReference>µg(U)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-05-23</DateCreUniteReference>
      <DateMajUniteReference>2008-05-23T12:10:32</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">422</CdUniteReference>
      <LbUniteReference>milligramme de tellurium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(Te)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-05-23</DateCreUniteReference>
      <DateMajUniteReference>2008-05-23T12:16:18</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">423</CdUniteReference>
      <LbUniteReference>microgramme de thallium par litre</LbUniteReference>
      <SymUniteReference>µg(TI)/L</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2008-05-27</DateCreUniteReference>
      <DateMajUniteReference>2010-02-16T17:11:48</DateMajUniteReference>
      <DsUniteReference>GEL : [480] remplacé par l'unité [480] pour une erreur de symbole, le symbole du Thallium est Tl et non TI</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">424</CdUniteReference>
      <LbUniteReference>microgramme de tellure par litre</LbUniteReference>
      <SymUniteReference>µg(Te)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-05-27</DateCreUniteReference>
      <DateMajUniteReference>2008-05-27T14:16:12</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">425</CdUniteReference>
      <LbUniteReference>Nombre par mètre carré</LbUniteReference>
      <SymUniteReference>n/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-06-05</DateCreUniteReference>
      <DateMajUniteReference>2008-06-05T16:41:33</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée notamment pour le résultat de liste faunistique de macroinvertébrés en plans d'eau (indice IBL).</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">426</CdUniteReference>
      <LbUniteReference>Delta pour 1000 vs NBS 951</LbUniteReference>
      <SymUniteReference>‰ vs NBS 951</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-06-09</DateCreUniteReference>
      <DateMajUniteReference>2008-06-09T11:27:23</DateMajUniteReference>
      <DsUniteReference>NBS951 est le standard distribué par le National Bureau of Standards.</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">427</CdUniteReference>
      <LbUniteReference>pourcentage de matière organique</LbUniteReference>
      <SymUniteReference>% MO</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-06-16</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:17</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour certains résultats d'analyses agronomiques.</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">428</CdUniteReference>
      <LbUniteReference>Nombre pour 1,5 grammes</LbUniteReference>
      <SymUniteReference>n/(1,5g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-06-25</DateCreUniteReference>
      <DateMajUniteReference>2008-06-25T10:28:27</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">429</CdUniteReference>
      <LbUniteReference>Nombre pour 25 grammes</LbUniteReference>
      <SymUniteReference>n/(25g)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-06-25</DateCreUniteReference>
      <DateMajUniteReference>2008-06-25T10:31:27</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">430</CdUniteReference>
      <LbUniteReference>milligramme de beryllium par litre</LbUniteReference>
      <SymUniteReference>mg(Be)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T15:57:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">431</CdUniteReference>
      <LbUniteReference>milligramme de cobalt par litre</LbUniteReference>
      <SymUniteReference>mg(CO)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T15:58:08</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">432</CdUniteReference>
      <LbUniteReference>milligramme de mercure par litre</LbUniteReference>
      <SymUniteReference>mg(Hg)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T15:59:05</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">433</CdUniteReference>
      <LbUniteReference>milligramme de manganese par litre</LbUniteReference>
      <SymUniteReference>mg(Mn)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:00:09</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">434</CdUniteReference>
      <LbUniteReference>milligramme de molybdene par litre</LbUniteReference>
      <SymUniteReference>mg(Mo)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:00:55</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">435</CdUniteReference>
      <LbUniteReference>milligramme de nickel par litre</LbUniteReference>
      <SymUniteReference>mg(Ni)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:01:59</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">436</CdUniteReference>
      <LbUniteReference>milligramme de plomb par litre</LbUniteReference>
      <SymUniteReference>mg(Pb)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:03:43</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">437</CdUniteReference>
      <LbUniteReference>milligramme d'antimoine par litre</LbUniteReference>
      <SymUniteReference>mg(Sb)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:04:48</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">438</CdUniteReference>
      <LbUniteReference>milligramme de sélénium par litre</LbUniteReference>
      <SymUniteReference>mg(Se)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:05:51</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">439</CdUniteReference>
      <LbUniteReference>microgramme de strontium par litre</LbUniteReference>
      <SymUniteReference>µg(Sr)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-10</DateCreUniteReference>
      <DateMajUniteReference>2008-07-10T16:07:25</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">440</CdUniteReference>
      <LbUniteReference>milligramme de cadmium par litre</LbUniteReference>
      <SymUniteReference>mg(Cd)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-07-15</DateCreUniteReference>
      <DateMajUniteReference>2008-07-15T10:15:03</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">441</CdUniteReference>
      <LbUniteReference>ohm fois mètre</LbUniteReference>
      <SymUniteReference>Ω·m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-08-19</DateCreUniteReference>
      <DateMajUniteReference>2008-08-19T10:03:49</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">442</CdUniteReference>
      <LbUniteReference>Picomole par litre</LbUniteReference>
      <SymUniteReference>pmol/l</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-08-27</DateCreUniteReference>
      <DateMajUniteReference>2008-08-27T16:50:56</DateMajUniteReference>
      <DsUniteReference>Picomole par litre (10-12 mole par litre)</DsUniteReference>
      <AuteurUniteReference>LABORATOIRE DU DEPARTEMENT DE GEOCHIMIE DU BRGM,</AuteurUniteReference>
      <RefUniteReference>Unité de mesure de quantité de matière du Système international, valant 10−12 mole.</RefUniteReference>
      <NomIntUniteReference>picomole per liter</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">443</CdUniteReference>
      <LbUniteReference>femtomole par litre</LbUniteReference>
      <SymUniteReference>fmol/l</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-08-27</DateCreUniteReference>
      <DateMajUniteReference>2008-08-27T16:51:27</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de quantité de matière du Système international, valant 10−15 mole.</DsUniteReference>
      <AuteurUniteReference>LABORATOIRE DU DEPARTEMENT DE GEOCHIMIE DU BRGM,</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>femtomol per liter</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">444</CdUniteReference>
      <LbUniteReference>Tonnes par hectare pour 10 ans</LbUniteReference>
      <SymUniteReference>t/ha/10 ans</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2008-09-16T16:47:45</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La réglementation relative aux épandages de déchets (notamment celles des boues d'épuration urbaine) fixe des limites en terme de flux sur 10 ans pour certains paramètres.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">445</CdUniteReference>
      <LbUniteReference>Gramme par mètre carrée pour 10 ans</LbUniteReference>
      <SymUniteReference>g/m2/10 ans</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2008-09-16T16:48:19</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La réglementation relative aux épandages de déchets (notamment celles des boues d'épuration urbaine) fixe des limites en terme de flux sur 10 ans pour certains paramètres.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">446</CdUniteReference>
      <LbUniteReference>Milligramme par mètre carré pour 10 ans</LbUniteReference>
      <SymUniteReference>mg/m2/10 ans</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2008-09-16T16:48:47</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La réglementation relative aux épandages de déchets (notamment celles des boues d'épuration urbaine) fixe des limites en terme de flux sur 10 ans pour certains paramètres.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">447</CdUniteReference>
      <LbUniteReference>Pourcentage d'azote global</LbUniteReference>
      <SymUniteReference>%NGL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2008-09-16T16:49:21</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La norme "compost" NFU 44 051 fixe une valeur limite en  NO2+NH4+N uréique exprimé en % d'azote global.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">448</CdUniteReference>
      <LbUniteReference>milligramme par kilogramme de matière organique</LbUniteReference>
      <SymUniteReference>mg/(kg MO)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:16</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La norme "compost" NFU 44 051 fixe une valeur limite en  Cu et Zn en mg/(kg MO).</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">449</CdUniteReference>
      <LbUniteReference>Gramme par hectare sur 10 ans</LbUniteReference>
      <SymUniteReference>g/ha/10 ans</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2008-09-16T16:57:32</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La norme "compost" NFU 44 051 fixe des valeurs limites en ETM.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">450</CdUniteReference>
      <LbUniteReference>Gramme par hectare par an</LbUniteReference>
      <SymUniteReference>g/ha/an</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-09-16</DateCreUniteReference>
      <DateMajUniteReference>2008-09-16T16:58:16</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>La norme "compost" NFU 44 051 fixe des valeurs limites en ETM et CTO.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">452</CdUniteReference>
      <LbUniteReference>Nombre de colonies par millilitre</LbUniteReference>
      <SymUniteReference>n(colonies)/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-11-05</DateCreUniteReference>
      <DateMajUniteReference>2008-11-05T15:25:37</DateMajUniteReference>
      <DsUniteReference>Nombre de colonies ou coenobes par millilitre, chaque colonie étant composée d’un agglomérat multicellulaire de formes variables.</DsUniteReference>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">453</CdUniteReference>
      <LbUniteReference>Nombre de filaments par millilitre</LbUniteReference>
      <SymUniteReference>n(filaments)/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-11-05</DateCreUniteReference>
      <DateMajUniteReference>2008-11-05T15:26:15</DateMajUniteReference>
      <DsUniteReference>Nombre de filaments de 100 µm de long par millilitre, chaque filament étant composé d’une file de cellules accrochées entres elles de forme filamenteuse.  Ainsi un filament de 200 µm de long compte pour 2 unités, « 2 filaments/ml ».</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>451</CdUniteReference>
      <LbUniteReference>Nombre de cellules par millilitre</LbUniteReference>
      <SymUniteReference>n(cellules)/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-11-05</DateCreUniteReference>
      <DateMajUniteReference>2008-11-07T09:26:09</DateMajUniteReference>
      <DsUniteReference>Nombre de cellules individualisées par millilitre. Unité utilisée pour le dénombrement de divers organismes (ex phytoplancton, précisant ainsi le type d'objet algal)</DsUniteReference>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">454</CdUniteReference>
      <LbUniteReference>Equitox/m3</LbUniteReference>
      <SymUniteReference>Equitox/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-11-07</DateCreUniteReference>
      <DateMajUniteReference>2008-11-07T09:29:15</DateMajUniteReference>
      <DsUniteReference>L'équitox est la quantité de toxicité qui, dans 1 m3 d'eau, immobilise, au bout de 24 heures, 50 % des daphnies présentes (micro-crustacés d'eau douce).</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference>Permet de calculer des flux requis par les redevances Agence.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">455</CdUniteReference>
      <LbUniteReference>microgramme par mètre carré</LbUniteReference>
      <SymUniteReference>µg/m2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2008-11-07</DateCreUniteReference>
      <DateMajUniteReference>2008-11-07T09:29:16</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">456</CdUniteReference>
      <LbUniteReference>microgramme par gramme</LbUniteReference>
      <SymUniteReference>µg/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-07</DateCreUniteReference>
      <DateMajUniteReference>2009-01-07T14:41:39</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">457</CdUniteReference>
      <LbUniteReference>nanogramme</LbUniteReference>
      <SymUniteReference>ng</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-07</DateCreUniteReference>
      <DateMajUniteReference>2009-01-07T14:42:08</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">458</CdUniteReference>
      <LbUniteReference>nanogramme par gramme de matière sèche</LbUniteReference>
      <SymUniteReference>ng/(g MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-07</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:15</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">459</CdUniteReference>
      <LbUniteReference>nombre pour 20 litres</LbUniteReference>
      <SymUniteReference>n/(20L)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-22</DateCreUniteReference>
      <DateMajUniteReference>2009-01-22T09:42:55</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">460</CdUniteReference>
      <LbUniteReference>unité formant des colonies par litre</LbUniteReference>
      <SymUniteReference>UFC/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-22</DateCreUniteReference>
      <DateMajUniteReference>2009-01-22T09:43:19</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">461</CdUniteReference>
      <LbUniteReference>unité formant des colonies par décimètre carré</LbUniteReference>
      <SymUniteReference>UFC/dm2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-22</DateCreUniteReference>
      <DateMajUniteReference>2009-01-22T09:44:12</DateMajUniteReference>
      <DsUniteReference>Unité permettant de dénombrer des bactéries. Une UFC correspond à une colonie.</DsUniteReference>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">462</CdUniteReference>
      <LbUniteReference>unité formant des plages pour 10 litres</LbUniteReference>
      <SymUniteReference>UFP/10L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-22</DateCreUniteReference>
      <DateMajUniteReference>2009-01-22T09:44:34</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">463</CdUniteReference>
      <LbUniteReference>milligramme de chlorure par litre</LbUniteReference>
      <SymUniteReference>mg(Cl-)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-01-26</DateCreUniteReference>
      <DateMajUniteReference>2009-01-26T11:22:52</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Conseil Général de l'Aisne</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">464</CdUniteReference>
      <LbUniteReference>Equivalence Toxique International nanogramme par litre</LbUniteReference>
      <SymUniteReference>I-TEQ ng/l</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-03-18</DateCreUniteReference>
      <DateMajUniteReference>2009-03-18T17:51:12</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">465</CdUniteReference>
      <LbUniteReference>Equivalence Toxique International en picogramme par litre</LbUniteReference>
      <SymUniteReference>I-TEQ pg/l</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-04-06</DateCreUniteReference>
      <DateMajUniteReference>2009-04-06T11:41:22</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">466</CdUniteReference>
      <LbUniteReference>Degré Beaufort</LbUniteReference>
      <SymUniteReference>bf</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-04-06</DateCreUniteReference>
      <DateMajUniteReference>2009-04-06T11:42:32</DateMajUniteReference>
      <DsUniteReference>L'échelle de Beaufort est une échelle de mesure empirique, comportant 13 degrés (de 0 à 12), de la vitesse moyenne du vent sur une durée de dix minutes utilisée dans les milieux maritimes</DsUniteReference>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">467</CdUniteReference>
      <LbUniteReference>millimètre par 8 jours</LbUniteReference>
      <SymUniteReference>mm/8j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-04-21</DateCreUniteReference>
      <DateMajUniteReference>2009-04-21T17:30:27</DateMajUniteReference>
      <DsUniteReference>Mesure de la précipitation sur 8 jours</DsUniteReference>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference>SISE-Eaux</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">468</CdUniteReference>
      <LbUniteReference>millimètre par 24 heures</LbUniteReference>
      <SymUniteReference>mm/24h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-04-21</DateCreUniteReference>
      <DateMajUniteReference>2009-04-21T17:30:58</DateMajUniteReference>
      <DsUniteReference>Mesure des précipitations sur 24 heures</DsUniteReference>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference>SISE-Eaux de baignade</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">469</CdUniteReference>
      <LbUniteReference>millimètre par 48 heures</LbUniteReference>
      <SymUniteReference>mm/48h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-04-21</DateCreUniteReference>
      <DateMajUniteReference>2016-02-12T13:55:13</DateMajUniteReference>
      <DsUniteReference>Mesure des précipitations sur 48 heures
MAJ : Correction d'une faute de frappe dans le libellé de l'unité (millimère remplacé par millimètre)</DsUniteReference>
      <AuteurUniteReference>Ministère de la santé</AuteurUniteReference>
      <RefUniteReference>SISE-Eaux de baignades</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">470</CdUniteReference>
      <LbUniteReference>mètre cube par an</LbUniteReference>
      <SymUniteReference>m3/an</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-04-21</DateCreUniteReference>
      <DateMajUniteReference>2009-04-21T17:34:15</DateMajUniteReference>
      <DsUniteReference>Volume annuel</DsUniteReference>
      <AuteurUniteReference>Agence de l'Eau Artois-Picardie</AuteurUniteReference>
      <RefUniteReference>Unité correspondant au volume annuel déclaré pour la redevance pour prélèvement d'eau dans les Agences de l'Eau.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>195</CdUniteReference>
      <LbUniteReference>milliohm par mètre</LbUniteReference>
      <SymUniteReference>mohm/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:45:49</DateMajUniteReference>
      <DsUniteReference>MAJ : erreur d'orthographe dans le symbole de l'unité, ancien symbole : m?/m</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>180</CdUniteReference>
      <LbUniteReference>milligramme de soufre par litre</LbUniteReference>
      <SymUniteReference>mg(S)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:47:32</DateMajUniteReference>
      <DsUniteReference>MAJ : le commentaire : "Anciennement mg(S SO4)/L" a été supprimé du champ "symbole".</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>177</CdUniteReference>
      <LbUniteReference>milligramme de phosphore par litre</LbUniteReference>
      <SymUniteReference>mg(P)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:48:17</DateMajUniteReference>
      <DsUniteReference>le commentaire : "Anciennement mg(P PO4)/L" a été supprimé du champ "symbole".</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">471</CdUniteReference>
      <LbUniteReference>microgramme de nickel par kilogramme</LbUniteReference>
      <SymUniteReference>µg(Ni)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-05-06</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:49:57</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>329</CdUniteReference>
      <LbUniteReference>microgramme de nickel par kilogramme</LbUniteReference>
      <SymUniteReference>µg(Ni)/kg</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:50:38</DateMajUniteReference>
      <DsUniteReference>[396] Remplacé par [396]
[471] Remplacé par [471]
Erreur, historiquement il y avait une différence entre le symbole et le libellé de l'unité</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">472</CdUniteReference>
      <LbUniteReference>milligramme de titane par litre</LbUniteReference>
      <SymUniteReference>mg(Ti)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-05-06</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:51:44</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>343</CdUniteReference>
      <LbUniteReference>milligramme de titane par litre</LbUniteReference>
      <SymUniteReference>mg(Ti)/L</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-09-14</DateCreUniteReference>
      <DateMajUniteReference>2009-05-06T10:52:22</DateMajUniteReference>
      <DsUniteReference>[388] Remplacé par [388]
[472] Remplacé par [472]
Erreur, historiquement il y avait une différence entre le symbole et le libellé de l'unité</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">473</CdUniteReference>
      <LbUniteReference>megathermie</LbUniteReference>
      <SymUniteReference>Mth</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-06-03</DateCreUniteReference>
      <DateMajUniteReference>2009-06-03T13:43:37</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference>Loi n° 2006-1772 du 30/12/06 sur l'eau et les milieux aquatiques</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">474</CdUniteReference>
      <LbUniteReference>microgramme de lithium par litre</LbUniteReference>
      <SymUniteReference>µg(Li)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-08-14</DateCreUniteReference>
      <DateMajUniteReference>2009-08-14T09:59:06</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">475</CdUniteReference>
      <LbUniteReference>microgramme de zirconium par litre</LbUniteReference>
      <SymUniteReference>µg(Zr)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-08-14</DateCreUniteReference>
      <DateMajUniteReference>2009-08-14T09:59:43</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>245</CdUniteReference>
      <LbUniteReference>pourcentage de carbone moderne</LbUniteReference>
      <SymUniteReference>% NBS</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2009-09-07T15:19:37</DateMajUniteReference>
      <DsUniteReference>GEL : [407] Doublon avec l'unité Pourcentage de carbone moderne symbole pcm [407]</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">476</CdUniteReference>
      <LbUniteReference>Millivolt par rapport à l'électrode standard hydrogène</LbUniteReference>
      <SymUniteReference>mV H+/H2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2009-12-03</DateCreUniteReference>
      <DateMajUniteReference>2015-07-29T15:03:07</DateMajUniteReference>
      <DsUniteReference>Unité spécifique à la mesure du potentiel d'oxydoréduction destinée à spécifier explicitement la référence</DsUniteReference>
      <AuteurUniteReference>LABORATOIRE DU DEPARTEMENT DE GEOCHIMIE DU BRGM,</AuteurUniteReference>
      <RefUniteReference>J RODIER. L'analyse de l'eau 9ème édition. Paris Dunond, 2009  Page 97</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">477</CdUniteReference>
      <LbUniteReference>milligramme de silice</LbUniteReference>
      <SymUniteReference>mg SiO2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-02-02</DateCreUniteReference>
      <DateMajUniteReference>2010-02-02T15:40:17</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">478</CdUniteReference>
      <LbUniteReference>Partie par billion</LbUniteReference>
      <SymUniteReference>ppb</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-02-09</DateCreUniteReference>
      <DateMajUniteReference>2010-02-09T11:30:40</DateMajUniteReference>
      <DsUniteReference>Elle signifie partie par billion, cette unité peut paraître abstraite : pour représenter son équivalent plus concrètement on peut la comparer à la mesure de 20 gouttes dans 1m3 d’eau, ou 1 mg dans 1 tonne, ou encore de 1mm sur une distance de 1000 Km.
Dans le cas de l’eau, les normes européennes imposent des méthodes d’analyses utilisant des sensibilités allant jusqu’à 0,001 ppb, pour les pesticides organochlorés sur eau propre par exemple en GC/ECD.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">479</CdUniteReference>
      <LbUniteReference>Unité d'odeur</LbUniteReference>
      <SymUniteReference>UO/m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-02-16</DateCreUniteReference>
      <DateMajUniteReference>2010-02-16T08:38:49</DateMajUniteReference>
      <DsUniteReference>L'odeur est le résultat de l'interaction entre des composés présents dans l'atmosphère et le nez humain (pas de nez, pas d'odeur). 
Elle peut être caractérisée par 4 facteurs : sa concentration (exprimée en unité d'odeur européenne par m3 – UO/m3), sa nature, son intensité ou force, et la sensation de confort ou d'inconfort qu'elle procure. Une unité d’odeurs (1 UO/m³) est définie comme la concentration d’odeur à laquelle 50 % de la population perçoit l’odeur et 50 % de la population ne perçoit pas l’odeur.</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">480</CdUniteReference>
      <LbUniteReference>microgramme de thallium par litre</LbUniteReference>
      <SymUniteReference>µg(Tl)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-02-16</DateCreUniteReference>
      <DateMajUniteReference>2010-02-16T17:11:48</DateMajUniteReference>
      <DsUniteReference>Remplace l'unité [423]</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">481</CdUniteReference>
      <LbUniteReference>gramme d'argent par jour</LbUniteReference>
      <SymUniteReference>g(Ag)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:00:29</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">482</CdUniteReference>
      <LbUniteReference>gramme d'aluminium par jour</LbUniteReference>
      <SymUniteReference>g(Al)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:01:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">483</CdUniteReference>
      <LbUniteReference>gramme d'arsenic par jour</LbUniteReference>
      <SymUniteReference>g(As)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:02:06</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">484</CdUniteReference>
      <LbUniteReference>gramme de bore par jour</LbUniteReference>
      <SymUniteReference>g(B)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:02:38</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">485</CdUniteReference>
      <LbUniteReference>gramme de baryum par jour</LbUniteReference>
      <SymUniteReference>g(Ba)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:03:05</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">486</CdUniteReference>
      <LbUniteReference>gramme de cadmium par jour</LbUniteReference>
      <SymUniteReference>g(Cd)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:03:41</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">487</CdUniteReference>
      <LbUniteReference>gramme de cyanure par jour</LbUniteReference>
      <SymUniteReference>g(CN)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:04:04</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">488</CdUniteReference>
      <LbUniteReference>gramme de cobalt par jour</LbUniteReference>
      <SymUniteReference>g(Co)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:05:34</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">489</CdUniteReference>
      <LbUniteReference>gramme de chrome par jour</LbUniteReference>
      <SymUniteReference>g(Cr)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:06:12</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">490</CdUniteReference>
      <LbUniteReference>gramme de cuivre par jour</LbUniteReference>
      <SymUniteReference>g(Cu)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:06:36</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">491</CdUniteReference>
      <LbUniteReference>gramme de fer par jour</LbUniteReference>
      <SymUniteReference>g(Fe)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:07:06</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">492</CdUniteReference>
      <LbUniteReference>gramme de mercure par jour</LbUniteReference>
      <SymUniteReference>g(Hg)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:07:29</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">493</CdUniteReference>
      <LbUniteReference>gramme de manganèse par jour</LbUniteReference>
      <SymUniteReference>g(Mn)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:07:59</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">494</CdUniteReference>
      <LbUniteReference>gramme de molybdène par jour</LbUniteReference>
      <SymUniteReference>g(Mo)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:08:23</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">495</CdUniteReference>
      <LbUniteReference>gramme de nickel par jour</LbUniteReference>
      <SymUniteReference>g(Ni)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:08:49</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">496</CdUniteReference>
      <LbUniteReference>gramme de plomb par jour</LbUniteReference>
      <SymUniteReference>g(Pb)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:09:23</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">497</CdUniteReference>
      <LbUniteReference>gramme d'étain par jour</LbUniteReference>
      <SymUniteReference>g(Sn)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:09:54</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">498</CdUniteReference>
      <LbUniteReference>gramme de vanadium par jour</LbUniteReference>
      <SymUniteReference>g(V)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:10:16</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">499</CdUniteReference>
      <LbUniteReference>gramme de zinc par jour</LbUniteReference>
      <SymUniteReference>g(Zn)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:10:50</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">500</CdUniteReference>
      <LbUniteReference>gramme par jour</LbUniteReference>
      <SymUniteReference>g/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:11:14</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">501</CdUniteReference>
      <LbUniteReference>kiloéquitox par jour</LbUniteReference>
      <SymUniteReference>keq/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:13:57</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">502</CdUniteReference>
      <LbUniteReference>kilogramme de brome par jour</LbUniteReference>
      <SymUniteReference>kg(Br)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:14:33</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">503</CdUniteReference>
      <LbUniteReference>kilogramme de carbone par jour</LbUniteReference>
      <SymUniteReference>kg(C)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:15:01</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">504</CdUniteReference>
      <LbUniteReference>kilogramme de chlore par jour</LbUniteReference>
      <SymUniteReference>kg(Cl)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:15:28</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">505</CdUniteReference>
      <LbUniteReference>kilogramme de fluor par jour</LbUniteReference>
      <SymUniteReference>kg(F)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:16:37</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">506</CdUniteReference>
      <LbUniteReference>kilogramme de magnésium par jour</LbUniteReference>
      <SymUniteReference>kg(Mg)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:17:08</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">507</CdUniteReference>
      <LbUniteReference>kilogramme d'azote par jour</LbUniteReference>
      <SymUniteReference>kg(N)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:17:39</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">508</CdUniteReference>
      <LbUniteReference>kilogramme de sodium par jour</LbUniteReference>
      <SymUniteReference>kg(Na)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:18:02</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">509</CdUniteReference>
      <LbUniteReference>kilogramme de phosphore par jour</LbUniteReference>
      <SymUniteReference>kg(P)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:18:33</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">510</CdUniteReference>
      <LbUniteReference>kilogramme de phosphate par jour</LbUniteReference>
      <SymUniteReference>kg(PO4)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:18:58</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">511</CdUniteReference>
      <LbUniteReference>kilogramme de soufre par jour</LbUniteReference>
      <SymUniteReference>kg(S)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:19:33</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">512</CdUniteReference>
      <LbUniteReference>kilogramme de thiocyanate par jour</LbUniteReference>
      <SymUniteReference>kg(SCN)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:19:57</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">513</CdUniteReference>
      <LbUniteReference>kilogramme de sulfate par jour</LbUniteReference>
      <SymUniteReference>kg(SO4)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:20:27</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">514</CdUniteReference>
      <LbUniteReference>kilogramme de titane par jour</LbUniteReference>
      <SymUniteReference>kg(Ti)/j</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-06-30</DateCreUniteReference>
      <DateMajUniteReference>2010-06-30T09:20:49</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">515</CdUniteReference>
      <LbUniteReference>Centimole de charges positives par kg de terre fine</LbUniteReference>
      <SymUniteReference>cmol+/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-07-28</DateCreUniteReference>
      <DateMajUniteReference>2010-07-28T13:30:58</DateMajUniteReference>
      <DsUniteReference>Centimole de charge positive par kilogramme (de terre fine). Unité d’expression de la CEC et des cations échangeables.</DsUniteReference>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference>Le résultat est numériquement égal à l’expression en milliéquivalent pour 100 grammes de terre (mé/100g ou meq/100g).</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">516</CdUniteReference>
      <LbUniteReference>milligramme d'azote ammoniacal par kilogramme</LbUniteReference>
      <SymUniteReference>mg(NH4)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-12-15</DateCreUniteReference>
      <DateMajUniteReference>2010-12-15T15:48:23</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>AERM</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">517</CdUniteReference>
      <LbUniteReference>kilogramme d'oxyde de soufre par tonne</LbUniteReference>
      <SymUniteReference>kg(SO3)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-12-15</DateCreUniteReference>
      <DateMajUniteReference>2010-12-15T15:53:38</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">518</CdUniteReference>
      <LbUniteReference>kilogramme d'oxyde de sodium par tonne</LbUniteReference>
      <SymUniteReference>kg(Na2O)/t</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2010-12-15</DateCreUniteReference>
      <DateMajUniteReference>2010-12-15T15:54:19</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">521</CdUniteReference>
      <LbUniteReference>milligramme d'oxyde de magnesium par litre</LbUniteReference>
      <SymUniteReference>mg(MgO)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2011-02-15</DateCreUniteReference>
      <DateMajUniteReference>2011-02-25T09:25:11</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">520</CdUniteReference>
      <LbUniteReference>milligramme d'oxyde de potassium par litre</LbUniteReference>
      <SymUniteReference>mg(K2O)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2011-02-15</DateCreUniteReference>
      <DateMajUniteReference>2011-02-25T09:25:11</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">519</CdUniteReference>
      <LbUniteReference>milligramme d'oxyde de calcium par litre</LbUniteReference>
      <SymUniteReference>mg(CaO)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2011-02-15</DateCreUniteReference>
      <DateMajUniteReference>2011-02-25T09:25:11</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">522</CdUniteReference>
      <LbUniteReference>Unité génôme pour 100 millilitres</LbUniteReference>
      <SymUniteReference>UG/100 ml</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2011-06-29</DateCreUniteReference>
      <DateMajUniteReference>2011-07-01T16:47:41</DateMajUniteReference>
      <DsUniteReference>Utilisé lors de la quantification de micro-organismes par PCR (Détection d'ADN spécifique après amplification)
Sans lien avec l'unité UFC (unité formant des colonies)</DsUniteReference>
      <AuteurUniteReference>LDA22</AuteurUniteReference>
      <RefUniteReference>cf. NF T 90-471 notamment</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>394</CdUniteReference>
      <LbUniteReference>microgramme par litre d'indice phénol</LbUniteReference>
      <SymUniteReference>µg/L d'indice phénol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-09-27</DateCreUniteReference>
      <DateMajUniteReference>2011-10-25T07:54:19</DateMajUniteReference>
      <DsUniteReference>MAJ : correction du symbole de l'unité incice devient indice</DsUniteReference>
      <AuteurUniteReference>LDA48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference>405</CdUniteReference>
      <LbUniteReference>milligramme par litre d'indice phénol</LbUniteReference>
      <SymUniteReference>mg/L d'indice phénol</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2007-11-23</DateCreUniteReference>
      <DateMajUniteReference>2011-10-25T07:54:25</DateMajUniteReference>
      <DsUniteReference>MAJ : correction du symbole de l'unité incice est corrigé par indice</DsUniteReference>
      <AuteurUniteReference>LDA48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">523</CdUniteReference>
      <LbUniteReference>microgramme par kilogramme de poids frais</LbUniteReference>
      <SymUniteReference>µg/(kg poids frais)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2011-11-15</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:12</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>AQUAREF</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">525</CdUniteReference>
      <LbUniteReference>micromole de silicate (SiO44-)</LbUniteReference>
      <SymUniteReference>µmol (SiO44-)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-09</DateCreUniteReference>
      <DateMajUniteReference>2012-01-09T16:48:47</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Aquaref</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">524</CdUniteReference>
      <LbUniteReference>milligramme de phosphate par kilogramme</LbUniteReference>
      <SymUniteReference>mg(PO4)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2011-12-15</DateCreUniteReference>
      <DateMajUniteReference>2012-01-09T16:48:48</DateMajUniteReference>
      <DsUniteReference>Les phosphates ont toujours été sujet à erreurs d'unités car selon les méthodes, les laboratoires et les producteurs, les résultats ont été produits principalement en mg P et mg PO4, mais aussi en mg P2O5. Afin, de limiter les difficultés dans l'exploitation des séries historiques, il faut que l'unité soit clairement définie.</DsUniteReference>
      <AuteurUniteReference>AERM</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">526</CdUniteReference>
      <LbUniteReference>micromole de silicate par Litre</LbUniteReference>
      <SymUniteReference>µmol (SiO44-)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-20</DateCreUniteReference>
      <DateMajUniteReference>2012-01-20T11:26:44</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>AQUAREF</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">532</CdUniteReference>
      <LbUniteReference>Nanogramme par kilogramme</LbUniteReference>
      <SymUniteReference>ng.kg-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T08:59:44</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">533</CdUniteReference>
      <LbUniteReference>Milligramme par millilitre</LbUniteReference>
      <SymUniteReference>mg.ml-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T08:59:58</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">531</CdUniteReference>
      <LbUniteReference>Nombre par mètre cube</LbUniteReference>
      <SymUniteReference>nb.m-3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T08:59:58</DateMajUniteReference>
      <DsUniteReference>Nombre d'entités par mètre cube</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">530</CdUniteReference>
      <LbUniteReference>Nombre par centimètre cube</LbUniteReference>
      <SymUniteReference>nb.cm-3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T08:59:59</DateMajUniteReference>
      <DsUniteReference>Nombre d'entités par centimètre cube</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">534</CdUniteReference>
      <LbUniteReference>Millier de tonnes</LbUniteReference>
      <SymUniteReference>kt</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T08:59:59</DateMajUniteReference>
      <DsUniteReference>1 Kilotonne = 1000 tonnes</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">535</CdUniteReference>
      <LbUniteReference>Femtogramme par litre</LbUniteReference>
      <SymUniteReference>fg.l-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T09:00:00</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">529</CdUniteReference>
      <LbUniteReference>Femtogramme par gramme</LbUniteReference>
      <SymUniteReference>fg.g-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T09:00:30</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">528</CdUniteReference>
      <LbUniteReference>Décimètre cube</LbUniteReference>
      <SymUniteReference>dm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T09:00:46</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">527</CdUniteReference>
      <LbUniteReference>Décimètre carré</LbUniteReference>
      <SymUniteReference>dm2</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-02-03T09:01:02</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">536</CdUniteReference>
      <LbUniteReference>millimetre cube par litre</LbUniteReference>
      <SymUniteReference>mm3/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-02-17</DateCreUniteReference>
      <DateMajUniteReference>2012-03-08T10:08:08</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>CEMAGREF</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">537</CdUniteReference>
      <LbUniteReference>Milligramme par mètre cube par heure</LbUniteReference>
      <SymUniteReference>mg.m-3.h-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-02-06</DateCreUniteReference>
      <DateMajUniteReference>2012-03-08T10:08:09</DateMajUniteReference>
      <DsUniteReference>Nombre de milligrammes dans 1 mètre cube en 1 heure. 
Cette unité est associée à des mesures de production primaire sur le support phytoplancton avec une méthode nommée "Méthode de Steeman - Nielsen au C14".</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference>Cette unité est associée à des mesures de production primaire sur le support phytoplancton avec une méthode nommée "Méthode de Steeman - Nielsen au C14".</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">93</CdUniteReference>
      <LbUniteReference>kiloWatt-heure</LbUniteReference>
      <SymUniteReference>kW.h</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2004-05-04</DateCreUniteReference>
      <DateMajUniteReference>2014-02-19T14:25:23</DateMajUniteReference>
      <DsUniteReference>Bien qu'actuellement ces unités soient largement utilisées pour la mesure de la consommation en énergie électrique, elles seront éventuellement remplacées par le Joule. 1 kWh = 3,6 MJ
MAJ : correction du symbole de l'unité de référence : kWh remplacé par kW.h</DsUniteReference>
      <AuteurUniteReference>SANDRE</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">539</CdUniteReference>
      <LbUniteReference>degré décimal</LbUniteReference>
      <SymUniteReference>DD</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-02-06</DateCreUniteReference>
      <DateMajUniteReference>2012-03-29T09:15:52</DateMajUniteReference>
      <DsUniteReference>Nombre de degrés d'un angle, en nombre décimal (utilisé pour les latitudes et longitudes en cartographie)</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des P. de Loire</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">538</CdUniteReference>
      <LbUniteReference>nanomole par litre</LbUniteReference>
      <SymUniteReference>nmol/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-02-06</DateCreUniteReference>
      <DateMajUniteReference>2012-03-29T09:15:53</DateMajUniteReference>
      <DsUniteReference>Nombre de nanomoles d'une substance dans une volume de un litre.</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">540</CdUniteReference>
      <LbUniteReference>unité formant des colonies par cent millilitres</LbUniteReference>
      <SymUniteReference>UFC/100mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-03-30</DateCreUniteReference>
      <DateMajUniteReference>2012-04-23T11:28:13</DateMajUniteReference>
      <DsUniteReference>Unité permettant de dénombrer des bactéries. Une UFC correspond à une colonie.</DsUniteReference>
      <AuteurUniteReference>LDA22</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">541</CdUniteReference>
      <LbUniteReference>Unité de gros bétail</LbUniteReference>
      <SymUniteReference>UGB</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-05-21</DateCreUniteReference>
      <DateMajUniteReference>2012-05-30T16:29:12</DateMajUniteReference>
      <DsUniteReference>Unité employée pour pouvoir comparer ou agréger des effectifs animaux d’espèces ou de catégories différentes
</DsUniteReference>
      <AuteurUniteReference>Agence de l'Eau Rhin Meuse</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">542</CdUniteReference>
      <LbUniteReference>Euro</LbUniteReference>
      <SymUniteReference>€</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-05-21</DateCreUniteReference>
      <DateMajUniteReference>2012-05-30T16:29:13</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Rhin Meuse</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">543</CdUniteReference>
      <LbUniteReference>kilogramme par an</LbUniteReference>
      <SymUniteReference>kg/an</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-05-16</DateCreUniteReference>
      <DateMajUniteReference>2012-05-30T16:29:14</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Rhin Meuse</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">544</CdUniteReference>
      <LbUniteReference>Microgramme par 100 grammes</LbUniteReference>
      <SymUniteReference>µg.hg-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-03-30</DateCreUniteReference>
      <DateMajUniteReference>2012-05-30T16:29:14</DateMajUniteReference>
      <DsUniteReference>Nombre de microgrammes dans 100g de support analysé</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des P. de Loire</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">545</CdUniteReference>
      <LbUniteReference>Unité de fractionnement</LbUniteReference>
      <SymUniteReference>unite fractionnement</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-01-24</DateCreUniteReference>
      <DateMajUniteReference>2012-06-19T09:50:18</DateMajUniteReference>
      <DsUniteReference>Unité de fractionnement (comptage)
Lors de prélèvements de zooplanton au filet à plancton, on va parfois fractionner l’échantillon selon un protocole bien précis pour quantifier les organismes dans un plus petit volume. Dans ce cas, on va dénombrer les taxons dans un volume correspondant à une fraction de l’échantillon initial (ex : 1/4, 1/8, 1/16…). 
Il s'agit d’une unité spécifique pour répondre à la demande des experts thématiques.</DsUniteReference>
      <AuteurUniteReference>IFREMER - Laboratoire Conchylicole des Pays de Lo</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">546</CdUniteReference>
      <LbUniteReference>millions de cellules par litre</LbUniteReference>
      <SymUniteReference>10.E+6 cellules.l-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-06-06</DateCreUniteReference>
      <DateMajUniteReference>2012-07-12T15:50:11</DateMajUniteReference>
      <DsUniteReference>millions de cellules dans 1 litre</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">548</CdUniteReference>
      <LbUniteReference>milligramme par Normo metre cube</LbUniteReference>
      <SymUniteReference>mg/Nm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-07-19</DateCreUniteReference>
      <DateMajUniteReference>2012-07-23T11:17:19</DateMajUniteReference>
      <DsUniteReference>Unité utilisée pour la fraction gazeuse.
Milligramme de substance par Normo mètre cube d'air c'est-à-dire dans les conditions normalisées de pression(1013hPa) et de température (20°C)</DsUniteReference>
      <AuteurUniteReference>CARSO-LSEHL</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>mg/Nm3</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">547</CdUniteReference>
      <LbUniteReference>microgramme par Normo metre cube</LbUniteReference>
      <SymUniteReference>µg/Nm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-07-19</DateCreUniteReference>
      <DateMajUniteReference>2012-07-23T11:17:32</DateMajUniteReference>
      <DsUniteReference>Unité adaptée à la fraction gazeuse.
microgramme de substance par normo-mètre cube d'air c'est-à-dire dans des conditions normalisées de pression (1013hPa) et de température (20°C)</DsUniteReference>
      <AuteurUniteReference>CARSO-LSEHL</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>µg/Nm3</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">549</CdUniteReference>
      <LbUniteReference>nombre le plus probable par gramme</LbUniteReference>
      <SymUniteReference>NPP/(1)g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-07-20</DateCreUniteReference>
      <DateMajUniteReference>2012-09-21T13:15:51</DateMajUniteReference>
      <DsUniteReference>Nombre le plus probable par gramme</DsUniteReference>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference>Dénombrement des coliformes thermotolérants selon NF T 90-413</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">553</CdUniteReference>
      <LbUniteReference>nanogramme par gramme de poids frais</LbUniteReference>
      <SymUniteReference>ng/(g poids frais)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-09-14</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:16</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Commune de Saint Thibaud de Couz</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">552</CdUniteReference>
      <LbUniteReference>nanogramme par gramme de matière grasse</LbUniteReference>
      <SymUniteReference>ng/(g MG)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-09-14</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:17</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Oieau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">551</CdUniteReference>
      <LbUniteReference>picogramme par gramme de matière grasse</LbUniteReference>
      <SymUniteReference>pg/(g MG)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-09-14</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:14</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Oieau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">550</CdUniteReference>
      <LbUniteReference>picogramme par gramme de poids frais</LbUniteReference>
      <SymUniteReference>pg/(g poids frais)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2012-09-14</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:15</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>ONEMA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">554</CdUniteReference>
      <LbUniteReference>milligramme par gramme de matière grasse</LbUniteReference>
      <SymUniteReference>mg/(g MG)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-01-30</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:13</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">555</CdUniteReference>
      <LbUniteReference>milligramme par gramme de poids frais</LbUniteReference>
      <SymUniteReference>mg/(g poids frais)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-01-30</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:14</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">556</CdUniteReference>
      <LbUniteReference>nombre pour 200 litres</LbUniteReference>
      <SymUniteReference>n/(200L)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-02-07</DateCreUniteReference>
      <DateMajUniteReference>2013-02-08T15:10:25</DateMajUniteReference>
      <DsUniteReference>Utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC).

Exemple : cette unité de référence désigne le nombre de kystes ou de cellules dans un volume prélevé de 200 litres.</DsUniteReference>
      <AuteurUniteReference>ARS Pays de la Loire</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">557</CdUniteReference>
      <LbUniteReference>déciSiemens par mètre</LbUniteReference>
      <SymUniteReference>dS/m</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-04-04</DateCreUniteReference>
      <DateMajUniteReference>2013-04-18T12:26:27</DateMajUniteReference>
      <DsUniteReference>Unité utilisée pour exprimer la conductivité sur les amendements organiques.</DsUniteReference>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">558</CdUniteReference>
      <LbUniteReference>nombre le plus probable par millilitre</LbUniteReference>
      <SymUniteReference>NPP/mL</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-04-10</DateCreUniteReference>
      <DateMajUniteReference>2013-04-18T12:26:31</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">559</CdUniteReference>
      <LbUniteReference>unité formant des colonies par deux litres</LbUniteReference>
      <SymUniteReference>UFC/2L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-05-31</DateCreUniteReference>
      <DateMajUniteReference>2013-06-18T15:22:57</DateMajUniteReference>
      <DsUniteReference>Unité permettant de dénombrer des bactéries. Une UFC correspond à un colonie.</DsUniteReference>
      <AuteurUniteReference>BRGM</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">560</CdUniteReference>
      <LbUniteReference>milligramme de P2O5 par litre</LbUniteReference>
      <SymUniteReference>mg(P2O5)/l</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2013-07-26</DateCreUniteReference>
      <DateMajUniteReference>2014-02-19T14:17:31</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Laboratoire départemental de la Côte d'Or</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">561</CdUniteReference>
      <LbUniteReference>gramme d'oxyde de calcium par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(CaO)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-01-08</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:15</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">562</CdUniteReference>
      <LbUniteReference>gramme d'oxyde de magnésium par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(MgO)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-01-09</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:14</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">563</CdUniteReference>
      <LbUniteReference>Microgramme par millilitre</LbUniteReference>
      <SymUniteReference>µg.ml-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-01-15</DateCreUniteReference>
      <DateMajUniteReference>2014-02-05T14:26:45</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">564</CdUniteReference>
      <LbUniteReference>Nanogramme par millilitre</LbUniteReference>
      <SymUniteReference>ng.ml-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-01-15</DateCreUniteReference>
      <DateMajUniteReference>2014-02-05T14:26:45</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">565</CdUniteReference>
      <LbUniteReference>Siemens par centimètre par mètre cube</LbUniteReference>
      <SymUniteReference>S/cm.m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-05</DateCreUniteReference>
      <DateMajUniteReference>2014-02-05T14:27:05</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">571</CdUniteReference>
      <LbUniteReference>milligramme de phosphore par gramme</LbUniteReference>
      <SymUniteReference>mg(P)/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-07</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:39</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SIAAP</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">572</CdUniteReference>
      <LbUniteReference>milligramme d'azote par gramme</LbUniteReference>
      <SymUniteReference>mg N/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-07</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:40</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SIAAP</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">573</CdUniteReference>
      <LbUniteReference>milligramme de carbonate de calcium par litre</LbUniteReference>
      <SymUniteReference>mg(CaCO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-07</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:40</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>SIAAP</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">566</CdUniteReference>
      <LbUniteReference>Nanogramme d'étain par litre</LbUniteReference>
      <SymUniteReference>ng[Sn]/l</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-18</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:49</DateMajUniteReference>
      <DsUniteReference>Nanogramme d'étain par litre</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">567</CdUniteReference>
      <LbUniteReference>Micromole par minute par milligramme de protéine</LbUniteReference>
      <SymUniteReference>µmol.min-1.mg prot</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-18</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:49</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">568</CdUniteReference>
      <LbUniteReference>Picomole par minute par milligramme de protéine</LbUniteReference>
      <SymUniteReference>pmol.min-1.mg prot</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-18</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:49</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">569</CdUniteReference>
      <LbUniteReference>Nombre de copies de virus cible par gramme</LbUniteReference>
      <SymUniteReference>copies.g-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-18</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:50</DateMajUniteReference>
      <DsUniteReference>Nombre de copies de virus cible par gramme. Utilisé pour le dénombrement des Norovirus sur les bivalves.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">570</CdUniteReference>
      <LbUniteReference>Nombre de copies de virus cible par litre d'eau</LbUniteReference>
      <SymUniteReference>copies.l-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-02-18</DateCreUniteReference>
      <DateMajUniteReference>2014-03-24T10:02:50</DateMajUniteReference>
      <DsUniteReference>Nombre de copies de virus cible par litre d'eau. Utilisé pour le dénombrement de Norovirus dans l'eau.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">577</CdUniteReference>
      <LbUniteReference>unité de salinité pratique</LbUniteReference>
      <SymUniteReference>USP</SymUniteReference>
      <StUniteReference>Gelé</StUniteReference>
      <DateCreUniteReference>2014-03-28</DateCreUniteReference>
      <DateMajUniteReference>2014-04-15T15:49:08</DateMajUniteReference>
      <DsUniteReference>L'unité de salinité pratique ou psu (practical salinity unit), est une unité utilisée pour décrire la propriété salée de l'eau.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>Practical Salinity Unit</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">574</CdUniteReference>
      <LbUniteReference>Milligramme par centimètre carré par jour</LbUniteReference>
      <SymUniteReference>mg.cm-2.j-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-03-28</DateCreUniteReference>
      <DateMajUniteReference>2014-04-15T15:49:09</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">575</CdUniteReference>
      <LbUniteReference>Nanomole par minute par milligramme de protéine</LbUniteReference>
      <SymUniteReference>nmol.min-1.mg prot</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-03-28</DateCreUniteReference>
      <DateMajUniteReference>2014-04-15T15:49:09</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">576</CdUniteReference>
      <LbUniteReference>Nanomole par mole de DNA</LbUniteReference>
      <SymUniteReference>nmol.mol-1 DNA</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-03-28</DateCreUniteReference>
      <DateMajUniteReference>2014-04-15T15:49:10</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">578</CdUniteReference>
      <LbUniteReference>Unité formant des colonies par gramme</LbUniteReference>
      <SymUniteReference>UFC/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-04-23</DateCreUniteReference>
      <DateMajUniteReference>2014-04-29T09:19:22</DateMajUniteReference>
      <DsUniteReference>Unité permettant de dénombrer des bactéries. Une UFC correspond à un colonie.</DsUniteReference>
      <AuteurUniteReference>Laboratoire LCA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">579</CdUniteReference>
      <LbUniteReference>Partie par milliard d'équivalents de sulfate de quinine</LbUniteReference>
      <SymUniteReference>ppb ESQ</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-07-11</DateCreUniteReference>
      <DateMajUniteReference>2014-08-13T11:23:42</DateMajUniteReference>
      <DsUniteReference>Partie par milliard d'équivalents de sulfate de quinine. "ppb" est l'abréviation de l'anglais "part per billion".
Cette unité a changé de libellé suite à une erreur de traduction.</DsUniteReference>
      <AuteurUniteReference>Pôle ONEMA-Irstea Hydro-écologie des plans d’eau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>ppb QSE</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">581</CdUniteReference>
      <LbUniteReference>Millifluorescent</LbUniteReference>
      <SymUniteReference>mfl</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-09-04</DateCreUniteReference>
      <DateMajUniteReference>2014-09-19T11:00:14</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la fluorescence</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">580</CdUniteReference>
      <LbUniteReference>Pourcentage d'ADN dans la queue</LbUniteReference>
      <SymUniteReference>% DNA Tail</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2014-09-04</DateCreUniteReference>
      <DateMajUniteReference>2014-09-19T11:00:15</DateMajUniteReference>
      <DsUniteReference>Unité utilisée en biologie moléculaire pour mesurer des quantités d'ADN dans des molécules.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>% DNA Tail</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">583</CdUniteReference>
      <LbUniteReference>microgramme de nitrite par litre</LbUniteReference>
      <SymUniteReference>µg(NO2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-01-07</DateCreUniteReference>
      <DateMajUniteReference>2015-01-30T14:07:45</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Pôle ONEMA-Irstea Hydro-écologie des plans d’eau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">582</CdUniteReference>
      <LbUniteReference>microgramme de phosphore par litre</LbUniteReference>
      <SymUniteReference>µg(P)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-01-07</DateCreUniteReference>
      <DateMajUniteReference>2015-01-13T14:36:52</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Pôle ONEMA-Irstea Hydro-écologie des plans d’eau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">584</CdUniteReference>
      <LbUniteReference>microgramme de nitrate par litre</LbUniteReference>
      <SymUniteReference>µg(NO3)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-01-14</DateCreUniteReference>
      <DateMajUniteReference>2015-01-30T14:07:43</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Pôle ONEMA-Irstea Hydro-écologie des plans d’eau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">585</CdUniteReference>
      <LbUniteReference>microgramme d'azote par litre</LbUniteReference>
      <SymUniteReference>µg(N)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-01-14</DateCreUniteReference>
      <DateMajUniteReference>2015-01-30T14:07:44</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Pôle ONEMA-Irstea Hydro-écologie des plans d’eau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">586</CdUniteReference>
      <LbUniteReference>Gramme par hectare</LbUniteReference>
      <SymUniteReference>g.ha-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-02-04</DateCreUniteReference>
      <DateMajUniteReference>2015-02-13T14:26:31</DateMajUniteReference>
      <DsUniteReference>poids en grammes dans 10 000 m² (1 hectare)</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference>Utilisé pour le suivi des particules de microplastiques en milieu marin (DCSMM)</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">587</CdUniteReference>
      <LbUniteReference>Nombre par hectare</LbUniteReference>
      <SymUniteReference>n.ha-1</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-02-04</DateCreUniteReference>
      <DateMajUniteReference>2015-02-13T14:26:32</DateMajUniteReference>
      <DsUniteReference>Nombre d'éléments dans 10 000 m² (1 hectare)</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference>Utilisé pour le suivi des particules de microplastiques en milieu marin (DCSMM)</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">588</CdUniteReference>
      <LbUniteReference>Unité de Fluorescence Relative</LbUniteReference>
      <SymUniteReference>%</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-03-05</DateCreUniteReference>
      <DateMajUniteReference>2015-03-06T11:40:54</DateMajUniteReference>
      <DsUniteReference>Relative fluorescence units</DsUniteReference>
      <AuteurUniteReference>Pôle ONEMA-Irstea Hydro-écologie des plans d’eau</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>RFU</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">589</CdUniteReference>
      <LbUniteReference>milligramme par kilogramme de poids frais</LbUniteReference>
      <SymUniteReference>mg/(kg poids frais)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-03-09</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:17</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Agence de l'Eau Seine-Normandie</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">590</CdUniteReference>
      <LbUniteReference>nombre pour 1000 millilitres</LbUniteReference>
      <SymUniteReference>n/(1000 ml)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-09-07</DateCreUniteReference>
      <DateMajUniteReference>2015-09-17T09:32:43</DateMajUniteReference>
      <DsUniteReference>Utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC).</DsUniteReference>
      <AuteurUniteReference>lda48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">591</CdUniteReference>
      <LbUniteReference>nombre pour 2000 millilitres</LbUniteReference>
      <SymUniteReference>n/(2000 ml)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-09-07</DateCreUniteReference>
      <DateMajUniteReference>2015-09-17T09:32:42</DateMajUniteReference>
      <DsUniteReference>Utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC).</DsUniteReference>
      <AuteurUniteReference>lda48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">592</CdUniteReference>
      <LbUniteReference>nombre pour 3000 millilitres</LbUniteReference>
      <SymUniteReference>n/(3000 ml)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-09-07</DateCreUniteReference>
      <DateMajUniteReference>2015-09-17T09:32:42</DateMajUniteReference>
      <DsUniteReference>Utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC).</DsUniteReference>
      <AuteurUniteReference>lda48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">593</CdUniteReference>
      <LbUniteReference>nombre pour 4000 millilitres</LbUniteReference>
      <SymUniteReference>n/(4000 ml)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2015-09-07</DateCreUniteReference>
      <DateMajUniteReference>2015-09-17T09:32:41</DateMajUniteReference>
      <DsUniteReference>Utilisé en microbiologie. Le nombre n signifie parfois Unité Formant des Colonies (UFC).</DsUniteReference>
      <AuteurUniteReference>lda48</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">594</CdUniteReference>
      <LbUniteReference>Nombre de cellules par litre</LbUniteReference>
      <SymUniteReference>n(cellules)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-01-19</DateCreUniteReference>
      <DateMajUniteReference>2016-02-24T16:26:06</DateMajUniteReference>
      <DsUniteReference>Nombre de cellules individualisées par litre.</DsUniteReference>
      <AuteurUniteReference>Ministère chargé de la Santé</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">597</CdUniteReference>
      <LbUniteReference>nombre par volume filtré (exprimé en Litres)</LbUniteReference>
      <SymUniteReference>n/vf(L)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-01-27</DateCreUniteReference>
      <DateMajUniteReference>2016-07-22T17:52:06</DateMajUniteReference>
      <DsUniteReference>Dans le contexte du contrôle sanitaire des EDCH, unité pouvant être utilisée pour le dénombrement d'oocystes de cryptospridium et de kystes de giardia.
Ici, il ne s'agit pas d'un nombre/L mais d'un volume (exprimé en litres) qui correspond au volume filtré jusqu'à saturation d'une cartouche utilisée dans le process de dénombrement. Cette notion de volume filtré est mentionnée dans la norme correspondante (cette norme a été revue fin 2015, ce qui implique une modification de la méthode Sandre n°376).</DsUniteReference>
      <AuteurUniteReference>Ministère chargé de la Santé</AuteurUniteReference>
      <RefUniteReference>NF T90-455 : Qualité de l'eau - Echantillonage et/ou dénombrement des oocystes de Cryptosporidium et des kystes de Giardia - Méthode de concentration et de dénombrement</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">595</CdUniteReference>
      <LbUniteReference>microgramme de platine par litre</LbUniteReference>
      <SymUniteReference>µg(Pt)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-04-28</DateCreUniteReference>
      <DateMajUniteReference>2016-05-11T16:34:46</DateMajUniteReference>
      <DsUniteReference>Unité de mesure utilisée pour caractériser la couleur de l'eau, selon l'échelle Pt-Co. Voir aussi l'unité Hazen.</DsUniteReference>
      <AuteurUniteReference>Agence de l'Eau RMC</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">596</CdUniteReference>
      <LbUniteReference>micromole par gramme</LbUniteReference>
      <SymUniteReference>µmol/g</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-06-21</DateCreUniteReference>
      <DateMajUniteReference>2016-06-22T14:29:25</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">598</CdUniteReference>
      <LbUniteReference>milligramme de chlorite par litre</LbUniteReference>
      <SymUniteReference>mg(ClO2)/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-08-17</DateCreUniteReference>
      <DateMajUniteReference>2016-08-23T17:53:51</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>EHESP-LERES</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">600</CdUniteReference>
      <LbUniteReference>Unité par nuit et par filet</LbUniteReference>
      <SymUniteReference>u/n/f</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-12-15</DateCreUniteReference>
      <DateMajUniteReference>2017-01-12T09:30:50</DateMajUniteReference>
      <DsUniteReference>Nombre d'unités comptabilisées par filet et par "nuit" de 12h (temps en heure exprimé conventionnellement en nuits par règle de trois sur la base de 12h par nuit).</DsUniteReference>
      <AuteurUniteReference>Agence de l'Eau Rhin-Meuse</AuteurUniteReference>
      <RefUniteReference>Maxime Logez, Anthony Maire et Christine Argillier,Décembre 2015, Principe et méthodes de calcul de l'indice Ichtyopfaune Lacustre, IIL Rapport final - IRSTEA - ONEMA.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">601</CdUniteReference>
      <LbUniteReference>gramme par nuit et par filet</LbUniteReference>
      <SymUniteReference>g/n/f</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2016-12-15</DateCreUniteReference>
      <DateMajUniteReference>2017-01-12T09:30:50</DateMajUniteReference>
      <DsUniteReference>Biomasse capturée par filet et par "nuit" de 12h (temps en heure exprimé conventionnellement en nuits par règle de trois sur la base de 12h par nuit).</DsUniteReference>
      <AuteurUniteReference>Agence de l'Eau Rhin-Meuse</AuteurUniteReference>
      <RefUniteReference>Maxime Logez, Anthony Maire et Christine Argillier,Décembre 2015, Principe et méthodes de calcul de l'indice Ichtyopfaune Lacustre, IIL Rapport final - IRSTEA - ONEMA.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">602</CdUniteReference>
      <LbUniteReference>Degré</LbUniteReference>
      <SymUniteReference>°</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-01-31</DateCreUniteReference>
      <DateMajUniteReference>2017-02-02T09:30:19</DateMajUniteReference>
      <DsUniteReference>Mesure d'angle</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">603</CdUniteReference>
      <LbUniteReference>Volt Ampère Réactif heure</LbUniteReference>
      <SymUniteReference>VARh</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-04-10</DateCreUniteReference>
      <DateMajUniteReference>2017-06-19T11:13:55</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>Volt Ampere Reactive Hour</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">604</CdUniteReference>
      <LbUniteReference>milliéquivalent par kilogramme</LbUniteReference>
      <SymUniteReference>meq/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-04-26</DateCreUniteReference>
      <DateMajUniteReference>2017-06-01T16:26:33</DateMajUniteReference>
      <DsUniteReference>Unité utilisée pour le dosage des CEC sur les analyses de sol.</DsUniteReference>
      <AuteurUniteReference>LARCA 72</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>milliequivalents per kilogram</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">605</CdUniteReference>
      <LbUniteReference>nanogramme par kilogramme de poids corporel et par jour</LbUniteReference>
      <SymUniteReference>ng/(kg poids corporel/j)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-08-24</DateCreUniteReference>
      <DateMajUniteReference>2018-11-28T11:34:16</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>VEOLIA</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">606</CdUniteReference>
      <LbUniteReference>kilogramme par hectare</LbUniteReference>
      <SymUniteReference>kg/ha</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-09-15</DateCreUniteReference>
      <DateMajUniteReference>2017-09-25T14:39:44</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Fédération de l'Aveyron</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>kilogram per hectare</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">607</CdUniteReference>
      <LbUniteReference>nombre par 1,5 mètres cube</LbUniteReference>
      <SymUniteReference>nb/1,5m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-09-25</DateCreUniteReference>
      <DateMajUniteReference>2017-11-20T16:02:50</DateMajUniteReference>
      <DsUniteReference>Nombre par 1,5 mètres cube.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference>number per 1,5 cubic meters</NomIntUniteReference>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">608</CdUniteReference>
      <LbUniteReference>Pixel</LbUniteReference>
      <SymUniteReference>px</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-11-20</DateCreUniteReference>
      <DateMajUniteReference>2017-11-23T10:27:45</DateMajUniteReference>
      <DsUniteReference>Le pixel (souvent abrégé px) est l'unité de base permettant de mesurer la définition d'une image numérique matricielle.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">609</CdUniteReference>
      <LbUniteReference>litre par minute</LbUniteReference>
      <SymUniteReference>L/min</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2017-12-18</DateCreUniteReference>
      <DateMajUniteReference>2017-12-21T14:25:22</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">610</CdUniteReference>
      <LbUniteReference>nombre le plus probable pour 250 ml</LbUniteReference>
      <SymUniteReference>NPP/250ml</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2018-02-09</DateCreUniteReference>
      <DateMajUniteReference>2018-02-14T15:42:53</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Ministère chargé de la Santé</AuteurUniteReference>
      <RefUniteReference>- NF EN ISO 9308-2 / T90-414-2. AFNOR, Juin 2014
- Arrêté du 22 octobre 2013 relatif aux analyses de contrôle sanitaire et de surveillance des eaux conditionnées et des eaux minérales naturelles utilisées à des fins thérapeutiques dans un établissement thermal ou distribuées en buvette publique
- Arrêté du 19 octobre 2017 relatif aux méthodes d'analyse utilisées dans le cadre du contrôle sanitaire des eaux</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">611</CdUniteReference>
      <LbUniteReference>nanogramme par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>ng/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2018-12-31</DateCreUniteReference>
      <DateMajUniteReference>2019-01-15T15:17:47</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Eurofins Hydrologie Est</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">616</CdUniteReference>
      <LbUniteReference>gramme par kilogramme de matière brute</LbUniteReference>
      <SymUniteReference>g/(kg MB)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-01-21</DateCreUniteReference>
      <DateMajUniteReference>2019-01-29T09:08:18</DateMajUniteReference>
      <DsUniteReference>Cette unité sert notamment pour exprimer le paramètre Sandre [1307] Matière sèche à 105°C.
</DsUniteReference>
      <AuteurUniteReference>SYDED du Lot</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">612</CdUniteReference>
      <LbUniteReference>gramme d'azote par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(N)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-01-21</DateCreUniteReference>
      <DateMajUniteReference>2019-01-29T09:08:20</DateMajUniteReference>
      <DsUniteReference>Cette unité sert notamment pour exprimer les paramètres Sandre suivants sur les boues d'épuration :
- [1319] Azote Kjeldahl
- [1335] Ammonium</DsUniteReference>
      <AuteurUniteReference>SYDED du Lot</AuteurUniteReference>
      <RefUniteReference>Arrêté du 8 janvier 1998 fixant les prescriptions techniques applicables aux épandages de boues sur les sols agricoles.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">613</CdUniteReference>
      <LbUniteReference>gramme de calcium par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(Ca)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-01-21</DateCreUniteReference>
      <DateMajUniteReference>2019-01-29T09:08:20</DateMajUniteReference>
      <DsUniteReference>Cette unité sert notamment pour exprimer le paramètre Sandre [1374] Calcium, sur les boues d'épuration.</DsUniteReference>
      <AuteurUniteReference>SYDED du Lot</AuteurUniteReference>
      <RefUniteReference>Arrêté du 8 janvier 1998 fixant les prescriptions techniques applicables aux épandages de boues sur les sols agricoles.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">615</CdUniteReference>
      <LbUniteReference>gramme de pentoxyde de phosphore par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(P2O5)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-01-21</DateCreUniteReference>
      <DateMajUniteReference>2019-01-29T09:08:19</DateMajUniteReference>
      <DsUniteReference>Cette unité sert notamment pour exprimer le paramètre Sandre [1350] Phosphore total sur les boues d'épuration.</DsUniteReference>
      <AuteurUniteReference>SYDED du Lot</AuteurUniteReference>
      <RefUniteReference>Arrêté du 8 janvier 1998 fixant les prescriptions techniques applicables aux épandages de boues sur les sols agricoles.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">614</CdUniteReference>
      <LbUniteReference>gramme d'oxyde de potassium par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(K2O)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-01-21</DateCreUniteReference>
      <DateMajUniteReference>2019-01-29T09:08:19</DateMajUniteReference>
      <DsUniteReference>Cette unité sert notamment pour exprimer le paramètre Sandre [1367] Potassium, sur les boues d'épuration.</DsUniteReference>
      <AuteurUniteReference>SYDED du Lot</AuteurUniteReference>
      <RefUniteReference>Arrêté du 8 janvier 1998 fixant les prescriptions techniques applicables aux épandages de boues sur les sols agricoles.</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">617</CdUniteReference>
      <LbUniteReference>Fluoresceine Fluorescence Unit</LbUniteReference>
      <SymUniteReference>FFU</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-01-25</DateCreUniteReference>
      <DateMajUniteReference>2019-06-18T15:36:01</DateMajUniteReference>
      <DsUniteReference>Unité de mesure de la fluorescence, unité de la fluorescence du phytoplancton.
</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference>Lorenzen, C. 1966. A method for the continuous measurement of in vivo chlorophyll concentration. Deep-Sea Res. 13:223-227</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">618</CdUniteReference>
      <LbUniteReference>micromètre cube</LbUniteReference>
      <SymUniteReference>µm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-03-05</DateCreUniteReference>
      <DateMajUniteReference>2019-03-13T11:43:34</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">619</CdUniteReference>
      <LbUniteReference>Microgramme d'étain par kilogramme de poids humide</LbUniteReference>
      <SymUniteReference>µg[Sn].(kg-1 p.h.)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-04-08</DateCreUniteReference>
      <DateMajUniteReference>2019-06-18T15:36:00</DateMajUniteReference>
      <DsUniteReference>Unité pour la recherche des organoétains dans le biote.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">620</CdUniteReference>
      <LbUniteReference>Milligramme de matière sèche</LbUniteReference>
      <SymUniteReference>mg MS</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-05-07</DateCreUniteReference>
      <DateMajUniteReference>2019-06-18T15:36:00</DateMajUniteReference>
      <DsUniteReference>1 mg = 10E-3 g</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">621</CdUniteReference>
      <LbUniteReference>Nombre par 10 mètres cubes</LbUniteReference>
      <SymUniteReference>nb/10m3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-05-07</DateCreUniteReference>
      <DateMajUniteReference>2019-06-18T15:35:59</DateMajUniteReference>
      <DsUniteReference>Nombre d'entités par 10 mètres cubes.</DsUniteReference>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">622</CdUniteReference>
      <LbUniteReference>microgramme par gramme de matière sèche</LbUniteReference>
      <SymUniteReference>µg/(g MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-06-27</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:12</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">623</CdUniteReference>
      <LbUniteReference>micromètre cube par litre</LbUniteReference>
      <SymUniteReference>µm3/L</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-06-27</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:13</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">624</CdUniteReference>
      <LbUniteReference>picogramme par gramme de matière sèche</LbUniteReference>
      <SymUniteReference>pg/(g MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2019-06-27</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:12</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, dyneco/vigies Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">626</CdUniteReference>
      <LbUniteReference>Micromètre carré par micromètre cube</LbUniteReference>
      <SymUniteReference>µm2/µm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2020-02-26</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:11</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, VIGIES Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">625</CdUniteReference>
      <LbUniteReference>Nombre par micromètre cube</LbUniteReference>
      <SymUniteReference>nb/µm3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2020-02-26</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:10</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, VIGIES Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">627</CdUniteReference>
      <LbUniteReference>milligramme de carbonate de calcium par kilogramme</LbUniteReference>
      <SymUniteReference>mg(CaCO3)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2020-07-28</DateCreUniteReference>
      <DateMajUniteReference>2020-07-31T16:14:56</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, VIGIES Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">628</CdUniteReference>
      <LbUniteReference>gramme de carbonate de calcium par kilogramme</LbUniteReference>
      <SymUniteReference>g(CaCO3)/kg</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2020-07-31</DateCreUniteReference>
      <DateMajUniteReference>2020-07-31T16:14:56</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">629</CdUniteReference>
      <LbUniteReference>Pourcentage de carbonate de calcium</LbUniteReference>
      <SymUniteReference>% CaCO3</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2020-07-31</DateCreUniteReference>
      <DateMajUniteReference>2020-07-31T16:14:55</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">630</CdUniteReference>
      <LbUniteReference>gramme d'oxyde de soufre par kilogramme de matière sèche</LbUniteReference>
      <SymUniteReference>g(SO3)/(kg MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2021-03-24</DateCreUniteReference>
      <DateMajUniteReference>2021-04-08T15:54:10</DateMajUniteReference>
      <DsUniteReference>Cette unité sert notamment pour exprimer le paramètre Sandre suivant sur les boues d'épuration :
- [1819] Soufre</DsUniteReference>
      <AuteurUniteReference>Laboratoire Départ d'Analyses des P.O (66)</AuteurUniteReference>
      <RefUniteReference>134</RefUniteReference>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">633</CdUniteReference>
      <LbUniteReference>KiloJoule par gramme de Matière Sèche</LbUniteReference>
      <SymUniteReference>kJ/g(MS)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2021-04-27</DateCreUniteReference>
      <DateMajUniteReference>2021-05-04T17:44:54</DateMajUniteReference>
      <DsUniteReference>Quantité d'énergie rapportée par unité de biomasse</DsUniteReference>
      <AuteurUniteReference>IFREMER, VIGIES Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">632</CdUniteReference>
      <LbUniteReference>Unité Formant des Plages par gramme de matière brute</LbUniteReference>
      <SymUniteReference>UFP/g(MB)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2021-04-30</DateCreUniteReference>
      <DateMajUniteReference>2021-05-04T17:44:55</DateMajUniteReference>
      <DsUniteReference>Unité Formant des Plages de lyse par gramme de matière brute</DsUniteReference>
      <AuteurUniteReference>Sandre</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">634</CdUniteReference>
      <LbUniteReference>milligramme par kilogramme de P2O5</LbUniteReference>
      <SymUniteReference>mg/kg (P2O5)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2022-06-28</DateCreUniteReference>
      <DateMajUniteReference>2022-10-13T17:12:46</DateMajUniteReference>
      <DsUniteReference>Unité pour exprimer une fraction de certains éléments comme le cadmium par exemple par rapport à la teneur en anhydride phosphorique.</DsUniteReference>
      <AuteurUniteReference>SADEF</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">635</CdUniteReference>
      <LbUniteReference>nanogramme par kilogramme de poids frais</LbUniteReference>
      <SymUniteReference>ng/(kg poids frais)</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2022-11-22</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:10</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, VIGIES Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
    <UniteReference>
      <CdUniteReference schemeAgencyID="SANDRE">636</CdUniteReference>
      <LbUniteReference>pourcentage de poids humide</LbUniteReference>
      <SymUniteReference>% poids humide</SymUniteReference>
      <StUniteReference>Validé</StUniteReference>
      <DateCreUniteReference>2022-11-22</DateCreUniteReference>
      <DateMajUniteReference>2022-12-01T12:18:09</DateMajUniteReference>
      <DsUniteReference/>
      <AuteurUniteReference>IFREMER, VIGIES Nantes</AuteurUniteReference>
      <RefUniteReference/>
      <NomIntUniteReference/>
    </UniteReference>
  </Referentiel>
</REFERENTIELS>