DIN 1353-2-1971 半成品的名称缩写符号(英语文稿有第四价格类)
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【英文标准名称】:AbbreviationsofDenominationsforHalf-finishedProducts
【原文标准名称】:半成品的名称缩写符号(英语文稿有第四价格类)
【标准号】:DIN1353-2-1971
【标准状态】:作废
【国别】:德国
【发布日期】:1971-04
【实施或试行日期】:
【发布单位】:德国标准化学会(DIN)
【起草单位】:
【标准类型】:()
【标准水平】:()
【中文主题词】:带材;挠性管道;角;窄条带材;半成品;金属线;定义;H形梁;正方形;外形;缩写;薄板材;直角尺;浅;工形梁;箔;管
【英文主题词】:flexiblepipes;squares;foil;sheetmaterials;tape;squares(instruments);profile;wires;shallow;pipes;definitions;h-beams;angles(geometry);i-beams;strips;abbreviations;semi-finishedproducts
【摘要】:
【中国标准分类号】:A22
【国际标准分类号】:77_140_00;01_040_77
【页数】:4P;A4
【正文语种】:德语
【原文标准名称】:半成品的名称缩写符号(英语文稿有第四价格类)
【标准号】:DIN1353-2-1971
【标准状态】:作废
【国别】:德国
【发布日期】:1971-04
【实施或试行日期】:
【发布单位】:德国标准化学会(DIN)
【起草单位】:
【标准类型】:()
【标准水平】:()
【中文主题词】:带材;挠性管道;角;窄条带材;半成品;金属线;定义;H形梁;正方形;外形;缩写;薄板材;直角尺;浅;工形梁;箔;管
【英文主题词】:flexiblepipes;squares;foil;sheetmaterials;tape;squares(instruments);profile;wires;shallow;pipes;definitions;h-beams;angles(geometry);i-beams;strips;abbreviations;semi-finishedproducts
【摘要】:
【中国标准分类号】:A22
【国际标准分类号】:77_140_00;01_040_77
【页数】:4P;A4
【正文语种】:德语
下载地址: 点击此处下载
上一篇: DIN 1353-1-1971 名称缩写；基本缩写
下一篇: BS 4727-3 Group 06-1971 电工、电力、电信、电子学、照明和颜色术语.第3部分:电信和电子学专用术语.第06集:无线电定位与导航术语
下一篇: BS 4727-3 Group 06-1971 电工、电力、电信、电子学、照明和颜色术语.第3部分:电信和电子学专用术语.第06集:无线电定位与导航术语
【英文标准名称】:Informationtechnology-InternationalStandardizedProfilesFVT3nn-VirtualTerminalBasicClass-Registerofattributeassignmenttypedefinitions-Part3:FVT312-RepertoireassignmenttypeforISO/IEC2022Level2
【原文标准名称】:信息技术国际标准化轮廓FVT3nn虚拟终端基本类属性分配类型定义的登记册第3部分:FVT312ISO/IEC2022级2用的字符表分配类型
【标准号】:ISO/IECISP11186-3-2000
【标准状态】:作废
【国别】:国际
【发布日期】:2000-02
【实施或试行日期】:
【发布单位】:国际标准化组织(IX-ISO)
【起草单位】:ISO/IECJTC1
【标准类型】:()
【标准水平】:()
【中文主题词】:
【英文主题词】:Charactersets;Coordination;Dataprocessing;Definitions;Informationinterchange;Informationtechnology;Lists;Networkinterconnection;OSI;Standardizedprofiles;Virtualterminals
【摘要】:TheconceptofProfilesforOSI,andthestructureoftheInternationalStandardizedProfilesthatdocumentthem,aredefinedinISO/IECTR10000-1.SuchProfilesaredividedintoanumberofdifferentclassesandsub-classes.Twooftheseclassescontainsub-classescomprisingfunctionsoftheVirtualTerminalBasicClassServiceandProtocolspecifiedinthebasestandardsISO/IEC9040andISO/IEC9041.ThesearetheApplicationProfiles(A-Profiles)andtheInterchangeFormatandRepresentationProfiles(F-Profiles).TherelationshipbetweenA-ProfilesandF-Profilesisdescribedin7.3.2ofISO/IECTR10000-1andisasfollows.ApplicationLayerbasestandardsrequire,implicitlyorexplicitly,thestructureofinformationcarriedorreferencedbythemtobespecifiedforeachinstanceofcommunication.ItisthepurposeofF-Profilestospecifysuchinformationstructures.ParticularfunctionalrequirementsmaythenbemetbythecombinationofanA-ProfilewithoneormoreF-Profiles.EstablishmentofaVT-associationinvolvestheselectionbynegotiationofaparticularVirtualTerminalEnvironmentprofile(VTE-profile),andofparticularvaluesforanyargumentsofthatVTE-profile.TheVTE-profilespecification,andpossiblyalsothevaluesofcertainVTE-profilearguments,mayinturnreferencethedefinitionsofVTcontrolobjecttypesandattributeassignmenttypes.TheseVTE-profiles,controlobjecttypesandattributeassignmenttypesarethereforeInformationObjectsthatrequireexplicitreferencewithintheVTprotocol.ParticularinstancesoftheseInformationObjectsarefullydefinedwithinthebasestandards,butthebasestandardsalsoprovideforfurtherinstancestobedefinedbyregistration.EachregisteredinstanceconstitutesanF-ProfilewithintheframeworkofISO/IECTR10000.TheVirtualTerminalBasicClassServiceandProtocolmaybeusedtorealiseawiderangeofdistinctfunctions.ParticularfunctionsmayberealisedthroughtheselectionofappropriateVTfunctionalunits,F-Profilesandother,VTE-profileargumentvalues.ThespecificationoftheselectionrequiredtorealiseaparticularfunctionandtopromoteinteroperabilityconstitutesaVirtualTerminalA-ProfilewithintheframeworkofISO/IECTR10000.ThethreeInternationalRegistersofVTinformationobjectsandthespecificationsofVTApplicationProfilesareeachpublishedasaseparatemulti-partISPasfollows:—ISO/IECISP11184istheRegisterofVTE-profiles;—ISO/IECISP11185istheRegisterofcontrolobjecttypedefinitions;—ISO/IECISP11186istheRegisterofattributeassignmenttypedefinitions;—ISO/IECISP11187containsthespecificationsofVTApplicationProfiles.ThispartofISO/IECISP11186containsthedefinitionofarepertoireassignmenttypeforwhicharepertoireassignmentvalueidentifiestheuseofalevel2versionofthe8-bitcodestructureofISO/IEC2022(multiplepre-designatedcharactersets,withoutlockingshifts).SuchaversionofISO/IEC2022providesaccesstoG2andG3codeelements,inadditiontotheGOandG1codeelementsthatmaybeaccessedbymeansofthedefaultrepertoireassignmenttypespecifiedinISO/IEC9040.ThisrepertoireassignmenttypealsoincludesprovisionforrestrictionoftherepertoireofcharacterstoasubsetofthosethatcanberepresentedbytheselectedversionofISO/IEC2022.TherestrictionoftherepertoiremaybebymeansoutsidethescopeofISO/IEC2022.InparticulartherepertoiremaybespecifiedaccordingtoISO/IEC10646-1eventhoughthecodingforinformationinterchangeisaccordingtoalevel2versionofISO/IEC2022.ThisfacilityshouldassistinterworkingduringmigrationofapplicationsfromISO/IEC2022codingtoISO/IEC10646-1coding.NOTE1TheuseoflockingshiftswithinthecodestructureofISO/IEC2022isnotconsistentwiththeconceptofacharacter-repertoireasdefinedinISO/IEC90
【中国标准分类号】:
【国际标准分类号】:35_100_05
【页数】:22P;A4
【正文语种】:英语
【英文标准名称】:StandardTestMethodsforAbilityofAdhesiveFilmstoSupportorResisttheGrowthofFungi
【原文标准名称】:胶粘膜支持或阻止霉菌生长能力的标准试验方法
【标准号】:ASTMD4300-2001(2008)
【标准状态】:现行
【国别】:美国
【发布日期】:2001
【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】:D14.30
【标准类型】:(TestMethod)
【标准水平】:()
【中文主题词】:
【英文主题词】:adhesivefilm;biodegradation;biologicaltesting;fungi;Contamination--adhesives;Fungalinfluence/resistance--adhesives;Biodegradation;Biologicaldataanalysis;Dryadhesives;Microbiologicalexamination;Mineralsaltsagar(MSA);Nuclearreactorves
【摘要】:Thesetestmethodsaredesignedtobeusedtodeterminethesusceptibilityoftheadhesivefilmtobiodegradationandwhethertheadhesivewillcarryintothebondlinesufficientanti-fungalpropertiestopreventgrowthoffungifrequentlypresentonthegluingequipment,onadherends,orintheadhesiveasapplied.Potatodextroseagar(PDA)providesacompletemediumforthegrowthoffungi,whilemineralsaltsagar(MSA)lacksacarbohydratesourceandprovidesalessfavorablemedium.UseofPDAteststheadhesivefilmforitsabilitytoresistthegrowthoffungionitssurfaceaswellasitsabilitytorepelacopiousgrowthoffungiontheadjacentagarsurface.UseofMSAteststheadhesivefilmprimarilyforitsabilitytoresistthegrowthoffungionitssurface.Whenitisused,thereisareducedpossibilitythatthegrowthfromtheagarwillbemis-readascomingfromtheadhesivefilm,sincefungalgrowthontheadjacentagarwillbescant.Note28212;ThemethodgivenhereusingtheMSAisbasedonPracticeG21,adaptedtobeusedwithadhesives.RequirementstomeettheapprovalofgovernmentspecificationsaretheuseoftheMSAdescribedin10.2,andamixedspeciesoffungidescribedin8.2fortheinoculum.Theresultsobtainedwhenusingtheproceduresgiveninthismethodapplyonlytothespeciesusedforthetesting.ThetestspecieslistedinSection8arefrequentlyusedbylaboratoriestotestforantifungalproperties,buttheyarenottheonlyoneswhichcouldbeused.Selectionofthefungalspeciestotestagainstrequiresinformedjudgmentbythetestinglaboratoryorbythepartyrequestingthetests.Thesemethodsareespeciallyusefulwhenspeciesthathavebeenisolatedfromcontaminatedadhesivesareusedasthetestspecies(seeSection8)toaidintheselectionofmoreeffectivefungicides.Theefficacyofsomebiocidesmaychangeinstorageduetothechemicalandthermalenvironmenttowhichtheyaresubjectedascomponentsofcertainadhesives.Thesetestmethodsarenotappropriatefordeterminingtheeffectoffungalcontaminationonadhesivesunderwater-soakingconditions,becausetheyarenotdesignedtocoverthepossibilityofwater-solublebiocidesleachingoutofthebondline.Thesetestmethodsaredependentuponthephysiologicalactionoflivingmicroorganismsunderareportedsetofconditions.Conclusionsabouttheresistanceofthetestadhesivetofungalattackcanbedrawnbycomparingtheresultstosimultaneouslyruncontrolsofknownresistance.SeeX5.2forstatementsregardingtestrepeatability.1.1Thesetestmethodstesttheabilityofadhesivefilmstoinhibitorsupportthegrowthofselectedfungalspeciesgrowingonagarplatesbyprovidingmeansoftestingthefilmsontwoagarsubstrates,onewhichpromotesmicrobialgrowth,andonewhichdoesnot.1.2Thesetestmethodsarenotappropriateforalladhesives.Theactivityofcertainbiocidesmaynotbedemonstratedbythesetestmethodsasaresultofirreversiblereactionwithsomeofthemediumconstituents.Note18212;Asanexample,quaternaryammoniumcompoundsareinactivatedbyagar.1.3Atestmethodisincludedforusewithlow-viscosityadhesivesalongwithanalternativemethodforusewithmastic-typeadhesives.Also,amethodapprovedbythegovernmentisgiven.1.4ThevaluesstatedinSIunitsaretoberegardedasthestandard.Thevaluesgiveninparenthesesareforinformationonly.1.5Thisstandarddoesnotpurporttoaddressallofthesafetyconcerns,ifany,associatedwithitsuse.Itistheresponsibilityoftheusero......
【中国标准分类号】:G38
【国际标准分类号】:83_180
【页数】:9P.;A4
【正文语种】:英语
【原文标准名称】:信息技术国际标准化轮廓FVT3nn虚拟终端基本类属性分配类型定义的登记册第3部分:FVT312ISO/IEC2022级2用的字符表分配类型
【标准号】:ISO/IECISP11186-3-2000
【标准状态】:作废
【国别】:国际
【发布日期】:2000-02
【实施或试行日期】:
【发布单位】:国际标准化组织(IX-ISO)
【起草单位】:ISO/IECJTC1
【标准类型】:()
【标准水平】:()
【中文主题词】:
【英文主题词】:Charactersets;Coordination;Dataprocessing;Definitions;Informationinterchange;Informationtechnology;Lists;Networkinterconnection;OSI;Standardizedprofiles;Virtualterminals
【摘要】:TheconceptofProfilesforOSI,andthestructureoftheInternationalStandardizedProfilesthatdocumentthem,aredefinedinISO/IECTR10000-1.SuchProfilesaredividedintoanumberofdifferentclassesandsub-classes.Twooftheseclassescontainsub-classescomprisingfunctionsoftheVirtualTerminalBasicClassServiceandProtocolspecifiedinthebasestandardsISO/IEC9040andISO/IEC9041.ThesearetheApplicationProfiles(A-Profiles)andtheInterchangeFormatandRepresentationProfiles(F-Profiles).TherelationshipbetweenA-ProfilesandF-Profilesisdescribedin7.3.2ofISO/IECTR10000-1andisasfollows.ApplicationLayerbasestandardsrequire,implicitlyorexplicitly,thestructureofinformationcarriedorreferencedbythemtobespecifiedforeachinstanceofcommunication.ItisthepurposeofF-Profilestospecifysuchinformationstructures.ParticularfunctionalrequirementsmaythenbemetbythecombinationofanA-ProfilewithoneormoreF-Profiles.EstablishmentofaVT-associationinvolvestheselectionbynegotiationofaparticularVirtualTerminalEnvironmentprofile(VTE-profile),andofparticularvaluesforanyargumentsofthatVTE-profile.TheVTE-profilespecification,andpossiblyalsothevaluesofcertainVTE-profilearguments,mayinturnreferencethedefinitionsofVTcontrolobjecttypesandattributeassignmenttypes.TheseVTE-profiles,controlobjecttypesandattributeassignmenttypesarethereforeInformationObjectsthatrequireexplicitreferencewithintheVTprotocol.ParticularinstancesoftheseInformationObjectsarefullydefinedwithinthebasestandards,butthebasestandardsalsoprovideforfurtherinstancestobedefinedbyregistration.EachregisteredinstanceconstitutesanF-ProfilewithintheframeworkofISO/IECTR10000.TheVirtualTerminalBasicClassServiceandProtocolmaybeusedtorealiseawiderangeofdistinctfunctions.ParticularfunctionsmayberealisedthroughtheselectionofappropriateVTfunctionalunits,F-Profilesandother,VTE-profileargumentvalues.ThespecificationoftheselectionrequiredtorealiseaparticularfunctionandtopromoteinteroperabilityconstitutesaVirtualTerminalA-ProfilewithintheframeworkofISO/IECTR10000.ThethreeInternationalRegistersofVTinformationobjectsandthespecificationsofVTApplicationProfilesareeachpublishedasaseparatemulti-partISPasfollows:—ISO/IECISP11184istheRegisterofVTE-profiles;—ISO/IECISP11185istheRegisterofcontrolobjecttypedefinitions;—ISO/IECISP11186istheRegisterofattributeassignmenttypedefinitions;—ISO/IECISP11187containsthespecificationsofVTApplicationProfiles.ThispartofISO/IECISP11186containsthedefinitionofarepertoireassignmenttypeforwhicharepertoireassignmentvalueidentifiestheuseofalevel2versionofthe8-bitcodestructureofISO/IEC2022(multiplepre-designatedcharactersets,withoutlockingshifts).SuchaversionofISO/IEC2022providesaccesstoG2andG3codeelements,inadditiontotheGOandG1codeelementsthatmaybeaccessedbymeansofthedefaultrepertoireassignmenttypespecifiedinISO/IEC9040.ThisrepertoireassignmenttypealsoincludesprovisionforrestrictionoftherepertoireofcharacterstoasubsetofthosethatcanberepresentedbytheselectedversionofISO/IEC2022.TherestrictionoftherepertoiremaybebymeansoutsidethescopeofISO/IEC2022.InparticulartherepertoiremaybespecifiedaccordingtoISO/IEC10646-1eventhoughthecodingforinformationinterchangeisaccordingtoalevel2versionofISO/IEC2022.ThisfacilityshouldassistinterworkingduringmigrationofapplicationsfromISO/IEC2022codingtoISO/IEC10646-1coding.NOTE1TheuseoflockingshiftswithinthecodestructureofISO/IEC2022isnotconsistentwiththeconceptofacharacter-repertoireasdefinedinISO/IEC90
【中国标准分类号】:
【国际标准分类号】:35_100_05
【页数】:22P;A4
【正文语种】:英语
【英文标准名称】:StandardTestMethodsforAbilityofAdhesiveFilmstoSupportorResisttheGrowthofFungi
【原文标准名称】:胶粘膜支持或阻止霉菌生长能力的标准试验方法
【标准号】:ASTMD4300-2001(2008)
【标准状态】:现行
【国别】:美国
【发布日期】:2001
【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】:D14.30
【标准类型】:(TestMethod)
【标准水平】:()
【中文主题词】:
【英文主题词】:adhesivefilm;biodegradation;biologicaltesting;fungi;Contamination--adhesives;Fungalinfluence/resistance--adhesives;Biodegradation;Biologicaldataanalysis;Dryadhesives;Microbiologicalexamination;Mineralsaltsagar(MSA);Nuclearreactorves
【摘要】:Thesetestmethodsaredesignedtobeusedtodeterminethesusceptibilityoftheadhesivefilmtobiodegradationandwhethertheadhesivewillcarryintothebondlinesufficientanti-fungalpropertiestopreventgrowthoffungifrequentlypresentonthegluingequipment,onadherends,orintheadhesiveasapplied.Potatodextroseagar(PDA)providesacompletemediumforthegrowthoffungi,whilemineralsaltsagar(MSA)lacksacarbohydratesourceandprovidesalessfavorablemedium.UseofPDAteststheadhesivefilmforitsabilitytoresistthegrowthoffungionitssurfaceaswellasitsabilitytorepelacopiousgrowthoffungiontheadjacentagarsurface.UseofMSAteststheadhesivefilmprimarilyforitsabilitytoresistthegrowthoffungionitssurface.Whenitisused,thereisareducedpossibilitythatthegrowthfromtheagarwillbemis-readascomingfromtheadhesivefilm,sincefungalgrowthontheadjacentagarwillbescant.Note28212;ThemethodgivenhereusingtheMSAisbasedonPracticeG21,adaptedtobeusedwithadhesives.RequirementstomeettheapprovalofgovernmentspecificationsaretheuseoftheMSAdescribedin10.2,andamixedspeciesoffungidescribedin8.2fortheinoculum.Theresultsobtainedwhenusingtheproceduresgiveninthismethodapplyonlytothespeciesusedforthetesting.ThetestspecieslistedinSection8arefrequentlyusedbylaboratoriestotestforantifungalproperties,buttheyarenottheonlyoneswhichcouldbeused.Selectionofthefungalspeciestotestagainstrequiresinformedjudgmentbythetestinglaboratoryorbythepartyrequestingthetests.Thesemethodsareespeciallyusefulwhenspeciesthathavebeenisolatedfromcontaminatedadhesivesareusedasthetestspecies(seeSection8)toaidintheselectionofmoreeffectivefungicides.Theefficacyofsomebiocidesmaychangeinstorageduetothechemicalandthermalenvironmenttowhichtheyaresubjectedascomponentsofcertainadhesives.Thesetestmethodsarenotappropriatefordeterminingtheeffectoffungalcontaminationonadhesivesunderwater-soakingconditions,becausetheyarenotdesignedtocoverthepossibilityofwater-solublebiocidesleachingoutofthebondline.Thesetestmethodsaredependentuponthephysiologicalactionoflivingmicroorganismsunderareportedsetofconditions.Conclusionsabouttheresistanceofthetestadhesivetofungalattackcanbedrawnbycomparingtheresultstosimultaneouslyruncontrolsofknownresistance.SeeX5.2forstatementsregardingtestrepeatability.1.1Thesetestmethodstesttheabilityofadhesivefilmstoinhibitorsupportthegrowthofselectedfungalspeciesgrowingonagarplatesbyprovidingmeansoftestingthefilmsontwoagarsubstrates,onewhichpromotesmicrobialgrowth,andonewhichdoesnot.1.2Thesetestmethodsarenotappropriateforalladhesives.Theactivityofcertainbiocidesmaynotbedemonstratedbythesetestmethodsasaresultofirreversiblereactionwithsomeofthemediumconstituents.Note18212;Asanexample,quaternaryammoniumcompoundsareinactivatedbyagar.1.3Atestmethodisincludedforusewithlow-viscosityadhesivesalongwithanalternativemethodforusewithmastic-typeadhesives.Also,amethodapprovedbythegovernmentisgiven.1.4ThevaluesstatedinSIunitsaretoberegardedasthestandard.Thevaluesgiveninparenthesesareforinformationonly.1.5Thisstandarddoesnotpurporttoaddressallofthesafetyconcerns,ifany,associatedwithitsuse.Itistheresponsibilityoftheusero......
【中国标准分类号】:G38
【国际标准分类号】:83_180
【页数】:9P.;A4
【正文语种】:英语
