<?xml version='1.0' encoding='UTF-8'?>
<drmd:digitalReferenceMaterialDocument xmlns:dcc="https://ptb.de/dcc" xmlns:drmd="https://example.org/drmd" xmlns:si="https://ptb.de/si" schemaVersion="0.3.0">
	<drmd:administrativeData>
		<drmd:coreData>
			<drmd:titleOfTheDocument>referenceMaterialCertificate</drmd:titleOfTheDocument>
			<drmd:uniqueIdentifier>7d7e1a89-bad4-4fc7-bd8a-4b7c5d5d224a</drmd:uniqueIdentifier>
                        <drmd:documentIdentifiers>
                                <drmd:documentIdentifier>
                                        <drmd:scheme>BAM-CERT</drmd:scheme>
                                        <drmd:value>M375a</drmd:value>
                                        <drmd:link>https://bam.de/crm/M375a</drmd:link>
                                </drmd:documentIdentifier>
                        </drmd:documentIdentifiers>
<drmd:validity>
    <drmd:untilRevoked>true</drmd:untilRevoked>
</drmd:validity>
		</drmd:coreData>
		<drmd:referenceMaterialProducer>
			<drmd:name>
				<dcc:content lang="en">Reference Material Producer</dcc:content>
			</drmd:name>
			<drmd:contact>
				<dcc:name>
					<dcc:content lang="en">Contact Name</dcc:content>
				</dcc:name>
				<dcc:eMail>sales.crm@bam.de</dcc:eMail>
				<dcc:phone>+49 30 8104 2061</dcc:phone>
				<dcc:fax>+49 30 8104 72061</dcc:fax>
				<dcc:location>
					<dcc:street>Richard-Willstätter-Str.</dcc:street>
					<dcc:streetNo>11</dcc:streetNo>
					<dcc:postCode>D-12489</dcc:postCode>
					<dcc:city>Berlin</dcc:city>
					<dcc:countryCode>DE</dcc:countryCode>
				</dcc:location>
                        </drmd:contact>
                        <drmd:organizationIdentifiers>
                                <drmd:organizationIdentifier>
                                        <drmd:scheme>ROR</drmd:scheme>
                                        <drmd:value>b03x516a66</drmd:value>
                                        <drmd:link>https://ror.org/b03x516a66</drmd:link>
                                </drmd:organizationIdentifier>
                        </drmd:organizationIdentifiers>
                </drmd:referenceMaterialProducer>
		<drmd:respPersons>
			<dcc:respPerson>
				<dcc:person>
					<dcc:name>
						<dcc:content lang="en">Dr. Mustermann</dcc:content>
					</dcc:name>
				</dcc:person>
				<dcc:role>Committee for Certification</dcc:role>
			</dcc:respPerson>
			<dcc:respPerson>
				<dcc:person>
					<dcc:name>
						<dcc:content lang="en">Dr. John Doe</dcc:content>
					</dcc:name>
				</dcc:person>
				<dcc:role>Project Coordinator, Division 1.6</dcc:role>
			</dcc:respPerson>
		</drmd:respPersons>
		</drmd:administrativeData>
	<drmd:materials>
			<drmd:material>
				<drmd:name>
					<dcc:content lang="en">CuZn39Pb3</dcc:content>
				</drmd:name>
				<drmd:description>
					<dcc:content lang="en">The Reference Material is available in the form of discs
						(approx. 38 mm diameter and 30 mm height).</dcc:content>
				</drmd:description>
				<drmd:minimumSampleSize>
					<dcc:itemQuantity>
						<si:realListXMLList>
							<si:valueXMLList>0.2</si:valueXMLList>
							<si:unitXMLList>g</si:unitXMLList>
						</si:realListXMLList>
					</dcc:itemQuantity>
				</drmd:minimumSampleSize>
                                <drmd:materialIdentifiers>
                                        <drmd:materialIdentifier>
                                                <drmd:scheme>BAM-RM</drmd:scheme>
                                                <drmd:value>371-a</drmd:value>
                                                <drmd:link>https://bam.de/crm/371-a</drmd:link>
                                        </drmd:materialIdentifier>
                                </drmd:materialIdentifiers>
			</drmd:material>
		</drmd:materials>
		<drmd:materialPropertiesList>
		
		<drmd:materialProperties isCertified="true">
			<drmd:name>
				<dcc:content lang="en">Certified mass fractions and their associated uncertainties.</dcc:content>
			</drmd:name>
			<drmd:results>
				<drmd:result>
					<drmd:name>
						<dcc:content lang="en">Certified Values</dcc:content>
					</drmd:name>
					<drmd:description>
						<dcc:content lang="en">1) Unweighted mean value of the means of accepted
							sets of data (consisting of at least 3 single results), each set being
							obtained by a different laboratory and/or a different method of
							measurement.
							2) Estimated expanded uncertainty U with a coverage factor of k = 2,
							corresponding to a level of confidence of approx. 95 %, as defined in
							the Guide to the Expression of Uncertainty in Measurement, (GUM, ISO/IEC
							Guide 98-3:2008).
							uncertainties.</dcc:content>
					</drmd:description>
					<drmd:data>
						<drmd:list>
							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Copper (Cu)</dcc:content>
								</dcc:name>
								<si:real>
                                    <si:label>Cu</si:label>
									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>57.68</si:value>
									<si:unit>\percent</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>0.14</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Zinc (Zn)</dcc:content>
								</dcc:name>
								<si:real>
                                    <si:label>Zn</si:label>
									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>38.2</si:value>
									<si:unit>\percent</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>0.4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Lead (Pb)</dcc:content>
								</dcc:name>
								<si:real>
									<si:label>Pb</si:label>
                                    <si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>3.07</si:value>
									<si:unit>\percent</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>0.06</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Iron (Fe)</dcc:content>
								</dcc:name>
								<si:real>
                                    <si:label>Fe</si:label>
									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>0.175</si:value>
									<si:unit>\percent</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>0.005</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Tin (Sn)</dcc:content>
								</dcc:name>
								<si:real>
                                	<si:label>Sn</si:label>
									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>0.158</si:value>
									<si:unit>\percent</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>0.004</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Nickel (Ni)</dcc:content>
								</dcc:name>
								<si:real>
                                	<si:label>Ni</si:label>
									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>0.1174</si:value>
									<si:unit>\percent</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>0.0020</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Manganese (Mn)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Mn</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>139.5</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.7</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Silver (Ag)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Ag</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>50.6</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Aluminum (Al)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Al</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>107</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Arsenic (As)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>As</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>178</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>5</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Bismuth (Bi)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Bi</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>58.9</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.8</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Cadmium (Cd)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Cd</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>62.4</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.5</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Cobalt (Co)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Co</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>71.2</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.5</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Chromium (Cr)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Cr</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>1</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Indium (In)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>In</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>109.1</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.9</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Phosphorus (P)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>P</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>83</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Antimony (Sb)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Sb</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>120</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>

							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Tellurium (Te)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Te</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>42.9</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>1.4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>
						</drmd:list>
					</drmd:data>
				</drmd:result>
			</drmd:results>

		</drmd:materialProperties>
		<drmd:materialProperties isCertified="false">
			<drmd:name>
				<dcc:content lang="en">Certified mass fractions and their associated uncertainties.</dcc:content>
			</drmd:name>
			<drmd:results>
				
				<drmd:result>
					<drmd:name>
						<dcc:content lang="en">Informative Values</dcc:content>
					</drmd:name>
					<drmd:description>
						<dcc:content lang="en">Values were not certified, but given for information,
							because the spread of results was considered to be too high.
							Estimated expanded uncertainty U with a coverage factor of k = 2,
							corresponding to a level of confidence of approx. 95 %, as defined in
							the Guide to the expression of uncertainty in measurement, (GUM, ISO/IEC
							Guide 98-3:2008).
            </dcc:content>
					</drmd:description>
					<drmd:data>
						<drmd:list>
							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Silicon (Si)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Si</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>103</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>12</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>
							
							<drmd:quantity refType="basic_measuredValue">
								<dcc:name>
									<dcc:content lang="en">Germanium (Ge)</dcc:content>
								</dcc:name>
								<si:real>
                                									<si:label>Ge</si:label>

									<si:quantityTypeQUDT>MassFraction</si:quantityTypeQUDT>
									<si:value>15</si:value>
									<si:unit>\milli\gram\kilogram\tothe{-1}</si:unit>
									<si:measurementUncertaintyUnivariate>
										<si:expandedMU>
											<si:valueExpandedMU>4</si:valueExpandedMU>
											<si:coverageFactor>2</si:coverageFactor>
											<si:coverageProbability>0.95</si:coverageProbability>
											<si:distribution>normal</si:distribution>
										</si:expandedMU>
									</si:measurementUncertaintyUnivariate>
								</si:real>
            </drmd:quantity>
						</drmd:list>
					</drmd:data>
				</drmd:result>
			</drmd:results>
		</drmd:materialProperties>
	</drmd:materialPropertiesList>
<drmd:statements>
			<drmd:intendedUse>
				<dcc:name>
					<dcc:content lang="en">Intended Use</dcc:content>
				</dcc:name>
					<dcc:content lang="en">The CRM is intended for establishing or checking the
						calibration of spark optical emission and X-ray fluorescence spectrometers
						for the analysis of samples of similar matrix composition.</dcc:content>
			</drmd:intendedUse>
			<drmd:storageInformation>
				<dcc:name>
					<dcc:content lang="en">Storage Information</dcc:content>
				</dcc:name>
					<dcc:content lang="en">The material should be stored in a dry and clean
						environment at room temperature. Transport can be done under normal ambient
						conditions.</dcc:content>
			</drmd:storageInformation>
			<drmd:instructionsForHandlingAndUse>
				<dcc:name>
					<dcc:content lang="en">Handling Instructions</dcc:content>
				</dcc:name>
					<dcc:content lang="en">Before use the surface of the material must be prepared
						by milling or turning on a lathe. For wet chemical analysis chips must be
						prepared by turning or milling of the sample surface.</dcc:content>
			</drmd:instructionsForHandlingAndUse>
			<drmd:metrologicalTraceability>
				<dcc:name>
					<dcc:content lang="en">Metrological Traceability</dcc:content>
				</dcc:name>
					<dcc:content lang="en">To ensure traceability of the certified mass fractions to
						the SI (Système International d’Unités) calibration was performed using
						standard solutions prepared from pure metals or stoichiometric compounds or
						with traceable commercial calibration solutions.</dcc:content>
			</drmd:metrologicalTraceability>
			<drmd:healthAndSafetyInformation>
				<dcc:name>
					<dcc:content lang="en">Health and Safety Information</dcc:content>
				</dcc:name>
					<dcc:content lang="en">Health and safety information relevant to the reference
						material.</dcc:content>
			</drmd:healthAndSafetyInformation>
			<drmd:subcontractors>
				<dcc:name>
					<dcc:content lang="en">Subcontractors</dcc:content>
				</dcc:name>
					<dcc:content lang="en">Aurubis AG Pirdop Bulgaria, Bundesanstalt für
						Materialforschung und -prüfung (BAM) Berlin Germany, Diehl Brass Solutions
						Stiftung &amp; Co KG Röthenbach Germany, Forschungsinstitut Edelmetalle +
						Metallchemie Schwäbisch Gmünd Germany, Institut für Materialprüfung Glörfeld
						GmbH Willich Germany, KME Germany GmbH Osnabrück Germany, Łukasiewicz
						Research Network – Institute of Non-Ferrous Metals Gliwice Poland,
						Montanwerke Brixlegg Brixlegg Austria, Raghavendra Spectro Metallurgical
						Laboratory Bangalore India, Wieland-Werke AG Vöhringen Germany</dcc:content>
			</drmd:subcontractors>
			<drmd:legalNotice>
				<dcc:name>
					<dcc:content lang="en">Legal Notice</dcc:content>
				</dcc:name>
					<dcc:content lang="en">Legal information and disclaimers.</dcc:content>
			</drmd:legalNotice>
			<drmd:referenceToCertificationReport>
				<dcc:name>
					<dcc:content lang="en">Reference to Certification Report</dcc:content>
				</dcc:name>
					<dcc:content lang="en">Links or references to certification reports.</dcc:content>
			</drmd:referenceToCertificationReport>
			<drmd:statement>
				<dcc:name>
					<dcc:content lang="en">Accreditation Statement</dcc:content>
				</dcc:name>
					<dcc:content lang="en">Details of accreditation relevant to the reference
						material.</dcc:content>
			</drmd:statement>
			<drmd:statement>
				<dcc:name>
					<dcc:content lang="en">Literature</dcc:content>
				</dcc:name>
					<dcc:content lang="en">A detailed technical report describing the analysis
						procedures and the treatment of the analytical data used to certify
						BAM-M375a is available on request or can be downloaded from BAM website
						(https://rrr.bam.de).</dcc:content>
			</drmd:statement>
		</drmd:statements>
	</drmd:digitalReferenceMaterialDocument>
