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1、InsightintomethaneconversionDr.CaoyangSupervisedbyPro.Mo2016.09.23ContentsMethaneconversionrouteCatalystsformethaneconversionTechniqueforstudythecatalystsProductdetectionSummaryformethaneconversionPerspectiveMethaneConversionRouteMethaneConversionRouteXiaoguangGuoe
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3、monet.al.,Nature,2016,536,317-321.CatalystsforMethaneConversionCuOx/FeOxMolecularsievesystemNicolasDietl,Angew.Chem.Int.Ed.,2012,51,5544–5555.JilaiLiet.al.,Angew.Chem.Int.Ed.2015,54,12298–12302.CatalystsforMethaneConversionMO+·catalyticsite(Dr.HelmutSchwarz)RoyA.Pe
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6、FT-IR原位红外技术In-situESR原位顺磁技术In-situNMR原位核磁技术In-situUV-Vis原位紫外-可见光谱技术RaulF.Luboet.al.,Chem.Soc.Rev.,2010,39,4783-4793.FranciscoZaera,Chem.Soc.Rev.,2014,43,7624-7663.TeresaBlasco,Chem.Soc.Rev.,2010,39,4685-4702.EdwardI.Solomonet.al.,Nature,2016,536,317-321.Characteriz
7、ationTechniquesEXAFSX-射线光电子能谱技术In-situFT-IR原位红外技术In-situESR原位顺磁技术In-situNMR原位核磁技术In-situUV-Vis原位紫外-可见光谱技术各种原位测试表征技术通过对产品在仪器上进行测试，发现其催化反应前后和催化反应过程中样品中元素的价态、催化活性位点的变化，进而对催化机理进行理解。这些测试方法是理解反应过程的必要手段。在研究过程中需要对这些手段灵活运用。CharacterizationTechniquesVUV-SPI-MBMSsystem单光子电离质谱
8、技术(ultravioletsoftphotoionizationmolecular-beammassspectrometry)XiaoguangGuoet.al.,Science,2014,344,616-619.CharacterizationTechniquesXiaoguangGu
