资源描述：
《光腔衰荡光谱(CRDS)技术.doc》由会员上传分享，免费在线阅读，更多相关内容在工程资料-天天文库。
1、中国地质大学（武汉）材化学院课程名称：文件检索班级：031111姓名：刘欢学号：20111000544题目(4)：光腔衰荡光谱(CRDS)技术1.Comparisonofwaterisotope-ratiodeterminationsusingtwocavityring-downinstrumentsandclassicalmassspectrometryincontinuousice-coreanalysis作者：OliviaJ.Maselli, DiedrichFritzsche, Lawre
2、nceLayman, JosephR.McConnell, HannoMeyer作者单位：DesertResearchInstitute;;Alfred-WegenerInstituteforPolarandMarineResearch刊名：IsotopesinEnvironmentalandHealthStudies,2013,Vol.49(3),pp.387-398来源数据库：Taylor&Francis期刊DOI：10.1080/10256016.2013.781598关键词：cavityr
3、ing-down ;hydrogen-2 ;ice-core ;isotopemeasurements ;methodsandequipment ;oxygen-18 ;paleoclimatology ;water ;原始语种摘要：Wepresentadetailedcomparisonbetweensubsequentversionsofcommerciallyavailablewavelength-scannedcavityring-downwaterisotopeanalysers(L21
4、20-iandL2130-i,PicarroInc.).Theanalysersareusedinparallelinacontinuousmodebyadaptionofalow-volumeflashevaporationmodule.Applicationoftheanalyserstoice-coreanalysisisassessedbycomparisonbetweencontinuouswaterisotopemeasurementsofaglacialice-corefromSev
5、ernayaZemlyawithdiscreteisotope-ratiomassspectrometrymeasurementsperformedonparallelsamplesfromthesameice-core.Thegreatadvancesbetweeninstrumentversions,particularlyinthemeasurementofδ2H,allowthecontinuoustechniquetoachievethesamehighlevelofaccuracyan
6、dprecisionobtainedusingtraditionalisotopespectrometrytechniquesinafractionoftheexperimenttime.However,whenappliedtocontinuousice-coremeasurements,increasedintegrationtimesresultinacompromiseoftheachievabledepthresolutionoftheice-corerecords.相似文献：[1]Ol
7、gaGarmash. DepositionHistoryofPolychlorinatedBiphenylstotheLomonosovfonnaGlacier,Svalbard:A209CongenerAnalysis. [J].Environ.Sci.Technol.,2013[2]UlrichSchimschal. Mathematicalmodelofgamma-rayspectrometryboreholeloggingforquantitativeanalysis(Open-filer
8、eport/United.... [M].,19812.Towardareal-timemeasurementofatmosphericmercuryconcentrationsusingcavityring-downspectroscopy作者：X.Faïn, H.Moosmüller, D.Obrist刊名：AtmosphericChemistryandPhysicsDiscussions,2009,Vol.9(5),pp.22143来源数据库：DOAJ期刊原始语种摘要：Ane
