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SAE AS963 Drive - Studded, Accessory, (127) 5.000 Bc Round, Design Standard For

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Product Code:SAE AS963
Title:Drive - Studded, Accessory, (127) 5.000 Bc Round, Design Standard For
Issuing Committee:Ae-1 Engine Accessory Installations Committee
Scope:No scope available.
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【英文标准名称】:Railwayapplications-Railwayrollingstockcableshavingspecialfireperformance;Standardwall-Part3:Multicorecables;GermanversionEN50264-3:2002
【原文标准名称】:铁路设施.具备特殊防火性能的铁路车辆电缆.标准壁厚.第3部分:多芯电缆
【标准号】:DINEN50264-3-2003
【标准状态】:作废
【国别】:德国
【发布日期】:2003-06
【实施或试行日期】:2003-06-01
【发布单位】:德国标准化学会(DE-DIN)
【起草单位】:
【标准类型】:()
【标准水平】:()
【中文主题词】:保护措施;电性质和电现象;安全;壁厚;多线的;铁路电力牵引装置;防火安全;火焰表面传播;安全工程;尺寸;铁路设施;绝缘套;交通车辆;定义;电力设备;铁道车辆;铁路车辆;特性;单芯电缆;电驱动装置;多芯电缆;安全要求;电缆;规范(验收);作标记;事故预防;多芯;铁路;电线
【英文主题词】:Accidentprevention;Definition;Definitions;Dimensions;Electriccables;Electricalcords;Electricalinstallations;Electricalpropertiesandphenomena;Electrically-operateddevices;Firesafety;Insulationsleeve;Marking;Multi-core;Multi-corecables;Multi-wire;Properties;Protectivemeasures;Railwayapplications;Railwayelectrictractionequipment;Railwayvehicles;Railways;Rollingstocks;Safety;Safetyengineering;Safetyrequirements;Single-corecables;Specification(approval);Surfacespreadofflame;Trafficvehicles;Wallthicknesses
【摘要】:
【中国标准分类号】:S34
【国际标准分类号】:13_220_20;29_060_20;45_060_01
【页数】:29P;A4
【正文语种】:德语


【英文标准名称】:StandardGuideforPyrophoricity/CombustibilityTestinginSupportofPyrophoricityAnalysesofMetallicUraniumSpentNuclearFuel
【原文标准名称】:支持金属铀废核燃料自燃性分析的自燃性/易燃性测试用标准指南
【标准号】:ASTMC1454-2007
【标准状态】:现行
【国别】:
【发布日期】:2007
【实施或试行日期】:
【发布单位】:美国材料与试验协会(US-ASTM)
【起草单位】:C26.13
【标准类型】:(Guide)
【标准水平】:()
【中文主题词】:易燃性;燃烧;点火;金属的;核燃料;支持;测试;铀
【英文主题词】:combustion;ignition;pyrophoricity;spentnuclearfuel;spontaneousignition;uraniummetal;uraniummetaloxidation;zirconiumpyrophricity;zirconiumoxidation
【摘要】:1.1Thisguidecoverstestingprotocolsfortestingthepyrophoricity/combustibilitycharacteristicsofmetallicuranium-basedspentnuclearfuel(SNF).Thetestingwillprovidebasicdataforinputintomoredetailedcomputercodesoranalysesofthermal,chemical,andmechanicalSNFresponses.Theseanalyseswouldsupporttheengineeredbarriersystem(EBS)designbasesandsafetyassessmentofextendedinterimstoragefacilitiesandfinaldisposalinageologicrepository.Thetestingalsocouldprovidedatarelatedtolicensingrequirementsforthedesignandoperationofamonitoredretrievablestoragefacility(MRS)orindependentspentfuelstorageinstallation(ISFSI).1.2Thisguidedescribestestingofmetallicuraniumandmetallicuranium-basedSNFinsupportoftransportation(inaccordancewiththerequirementsof10CFR71),interimstorage(inaccordancewiththerequirementsof10CFR72),andgeologicrepositorydisposal(inaccordancewiththerequirementsof10CFR60/63).Thetestingdescribedhereinisdesignedtoprovidebasicdatarelatedtotheevaluationofthepyrophoricity/combustibilitycharacteristicsofcontainersorwastepackagescontainingmetallicuraniumSNFinsupportofsafetyanalyses(SAR),orperformanceassessments(PA)oftransport,storage,ordisposalsystems,oracombinationthereof.1.3Spentnuclearfuelthatisnotreprocessedmustbeemplacedinsecuretemporaryinterimstorageasasteptowardsitsfinaldisposalinageologicrepository.IntheUnitedStates,SNF,frombothciviliancommercialpowerreactorsanddefensenuclearmaterialsproductionreactors,willbesenttointerimstorage,andsubsequently,todeepgeologicdisposal.U.S.commercialSNFcomespredominantlyfromlightwaterreactors(LWRs)andisuraniumdioxide-based,whereasU.S.DepartmentofEnergy(DOE)owneddefensereactorSNFisinseveraldifferentchemicalforms,butpredominantly(approximately80%byweightofuranium)consistsofmetallicuranium.1.4Knowledgeofthepyrophoricity/combustibilitycharacteristicsoftheSNFisrequiredtosupportlicensingactivitiesforextendedinterimstorageandultimatedispositioninageologicrepository.Theseactivitiescouldincludeinterimstorageconfigurationsafetyanalyses,conditioningtreatmentdevelopment,preclosuredesignbasisevent(DBE)analysesoftherepositorycontrolledarea,andpostclosureperformanceassessmentoftheEBS.1.5Metallicuraniumfuelsareclad,generallywithzirconium,aluminum,stainlesssteel,ormagnesiumalloy,topreventcorrosionofthefuelandtocontainfissionproducts.IfthecladdingisdamagedandthemetallicSNFisstoredinwatertheconsequentcorrosionandswellingoftheexposeduraniumenhancesthechemicalreactivityoftheSNFbyfurtherrupturingthecladdingandcreatinguraniumhydrideparticulatesand/orinclusionsintheuraniummetalmatrix.TheconditionofthemetallicSNFwillaffectitsbehaviorintransport,interimstorageorrepositoryemplacement,orboth,andtherefore,influencetheengineeringdecisionsindesigningthepathwaytodisposal.1.6Zircaloyspentfuelcladdinghasoccasionallydemonstratedpyrophoricbehavior.Thisbehavioroftenoccurredoncladdingpiecesorparticulateresiduesleftafterthechemicaldissolutionofmetallicuraniumoruraniumdioxideduringfuelreprocessingofcommercialspentfueland/orextractionofplutoniumfromdefensereactorspentfuel.Althoughitisgenerallybelievedthatzirconiumisnotasintrinsicallypronetopyrophoricbehaviorasuraniumorplutonium,ithasinthepastignitedafterbeingsensitizedduringthechemicalextractionprocess.Althoughthisguideprimarilyaddressesthepyrophoricityofthemetallicuraniumcomponentofthespentfuel,someofthegeneralprinciplesinvolvedcouldalsoapplytozirconiumalloyspentfuelcladding.1.7Theinterpretationofthetestdatade......
【中国标准分类号】:F40
【国际标准分类号】:27_120_30
【页数】:11P.;A4
【正文语种】: