您好,欢迎访问三七文档
当前位置:首页 > 商业/管理/HR > 质量控制/管理 > 国土安全相关分析测试技术的现状与趋势
E-mail:qhjin@jlu.edu.cnSomeNewTechniquesandMethodsforHomelandSecurityChenHuanwen,JiangJie,JinQinhan*(CollegeofChemistry,JilinUniversity,JilinProvinceResearchCenterforEngineeringandTechnologyofSpectralAnalyticalInstruments,Changchun130023,China)4ModernScientificInstruments200636ModernScientificInstruments20063[1]Sanchez,C.,H.Carlsson,etal.DeterminationofnitroaromaticcompoundsinairsamplesatfemtogramlevelusingC-18membranesamplingandon-lineextractionwithLC-MS,AnalyticalChemistry,2003,75(17):4639-4645[2]Barshick,S.A.andW.H.Griest.Traceanalysisofexplosivesinseawaterusingsolid-phasemicroextractionandgaschromatographyiontrapmassspectrometry,AnalyticalChemistry,1998,70(14):3015-3020[3]Wu,Z.G.,C.L.Hendrickson,etal.CompositionofexplosivesbyelectrosprayionizationFouriertransformioncyclotronresonancemassspectrometry,AnalyticalChemistry,2002,74(8):1879-1883[4]Zhao,X.M.andJ.Yinon.Characterizationandoriginidentificationof2,4,6-trinitrotoluenethroughitsby-productisomersbyliquidchromatography-atmosphericpressurechemicalionizationmassspectrometry,JournalofChromatographyA,2002,946(1-2):125-132[5]Hankin,S.M.,A.D.Tasker,etal.Femtosecondlasertime-of-flightmassspectrometryoflabilemolecularanalytes:laser-desorbednitro-aromaticmolecules,RapidCommunicationsinMassSpectrometry,2002,16(2):111-116[6]Hakansson,K.,R.V.Coorey,etal.Low-massionsobservedinplasmadesorptionmassspectrometryofhighexplosives,JournalofMassSpectrometry,2000,35(3):337-346[7]Yinon,J.,J.E.McClellan,etal.Electrosprayionizationtandemmassspec-trometrycollision-induceddissociationstudyofexplosivesinaniontrapmassspectrometer,RapidCommunicationsinMassSpectrometry,1997,11(18):1961-1970[8]Yinon,J.,J.V.Johnson,etal.ReactionsintheMass-SpectrometryofaHydrideMeisenheimerComplexof2,4,6-Trinitrotoluene(Tnt),JournalofMassSpectrometry,1995,30(5):715-722[9]Meurer,E.C.,H.Chen,etal.Gas-phasereactionsforselectivedetectionoftheexplosivesTNTandRDX,ChemicalCommunications,2004,(1):40-41[10]Chen,H.,H.W.Chen,etal.Generationofarylnitreniumionsbynitro-reductionandgas-phasesynthesisofN-heterocycles,JournaloftheAmeri-canSocietyforMassSpectrometry,2004,15(11):1675-1688[11]Wu,C.;Siems,W.F.;Hill,H.H.,Jr.Secondaryelectrosprayionizationionmobilityspectrometry/massspectrometryofillicitdrugs,Anal.Chem.2000,72:396-403[12]Tam,M.andH.H.Hill.Secondaryelectrosprayionization-ionmobilityspectrometryforexplosivevapordetection,AnalyticalChemistry,2004,76(10):2741-2747[13]Asbury,G.R.,J.Klasmeier,etal.Analysisofexplosivesusingelectrosprayionization/ionmobilityspectrometry(ESI/IMS),Talanta,2000,50(6):1291-1298[14]Perr,J.M.,K.G.Furton,etal.Solidphasemicroextractionionmobilityspectrometerinterfaceforexplosiveandtaggantdetection,JournalofSepa-rationScience,2005,28(2):177-183[15]Buxton,T.L.andP.D.Harrington.Traceexplosivedetectioninaqueoussamplesbysolid-phaseextractionionmobilityspectrometry(SPE-IMS),AppliedSpectroscopy,2003,57(2):223-232[16]Tabrizchi,M.andA.Abedi.Anovelelectronsourcefornegativeionmo-bilityspectrometry,InternationalJournalofMassSpectrometry,2002,218(1):75-85[17]Charles,P.T.,J.G.Rangasammy,etal.Microcapillaryreversed-displace-mentimmunosensorfortraceleveldetectionofTNTinseawater,AnalyticaChimicaActa,2004,525(2):199-204[18]Charles,P.T.,L.C.Shriver-Lake,etal.Characterizationandperformanceevaluationofinvivoandinvitroproducedmonoclonalanti-TNTantibod-iesforthedetectionofTNT,JournalofImmunologicalMethods,2004,284(1-2):15-26[19]Bromberg,A.andR.A.Mathies.Homogeneousimmunoassayfordetec-tionofTNTanditsanaloguesonamicrofabricatedcapillaryelectrophore-sischip,AnalyticalChemistry,2003,75(5):1188-1195[20]Dosch,M.,M.G.Weller,etal.Homogeneousimmunoassayforthedetec-tionoftrinitrotoluene(TNT)basedonthereactivationofapoglucoseoxi-daseusinganovelFAD-trinitrotolueneconjugate,FreseniusJournalofAnalyticalChemistry,1998,361(2):174-178[21]ShriverLake,L.C.,B.L.Donner,etal.On-sitedetectionofTNTwithaportablefiberopticbiosensor,EnvironmentalScience&Technology,1997,31(3):837-841[22]Shriverlake,L.C.,K.A.Breslin,etal.DetectionofTntinWaterUsinganEvanescent-WaveFiberopticBiosensor,AnalyticalChemistry,1995,67(14):2431-2435[23]Hilmi,A.andJ.H.T.Luong.Micromachinedelectrophoresischipswithelectrochemicaldetectorsforanalysisofexplosivecompoundsinsoilandgroundwater,EnvironmentalScience&Technology,2000,34(14):3046-3050[24]Pinnaduwage,L.A.,A.Wig,etal.Useofmicrocantileversforthemonitor-ingofmolecularbindingtoself-assembledmonolayers,JournalofAppliedPhysics,2004,95(10):5871-5875[25]Muralidharan,G.,A.Wig,etal.Absorption-desorptioncharacteristicsofexplosivevaporsinvestigatedwithmicrocantilevers,Ultramicroscopy,2003,97(1-4):433-439[26]Content,S.,W.C.Trogler,etal.Detectionofnitrobenzene,DNT,andTNTvaporsbyquenchingofporoussiliconphotoluminescence,Chemis-try-aEuropeanJournal,2000,6(12):2205-2213[27]VerBerkmoes,N.C.,W.J.Hervey,etal.EvaluationofShotgunproteomicsforidentificationofbiologicalthreatagentsincomplexenvironmentalmatrixes:Experimentalsimulations,AnalyticalChemistry,2005,77(3):923-932[28]Farquharson,S.,L.Grigely,etal.DetectingBacilluscereussporeson
本文标题:国土安全相关分析测试技术的现状与趋势
链接地址:https://www.777doc.com/doc-1255589 .html