期刊文献+

时间分辨光谱电化学进展 被引量:1

原文传递
导出
摘要 电极 /电解质的界面动力学是当代电化学基础研究的核心领域及主要的发展方向之一 .该方面研究希望能够从分子水平上对电极反应的基元步骤进行直接观察与分析 .对时间分辨光谱电化学中的红外、Raman、紫外可见等光谱技术的循呼发展现状进行了系统的介绍 ,各种光谱技术所能达到的时间分辨水平分别为 :红外 (几微秒 ) ,Raman(几十毫秒 ) ,紫外可见 (几微秒 ) . 1 BardAJ,AbrunaHD ,ChidseyCE ,etal.Theelectrode/electrolyteinterface_astatusreport.JPhysChem ,1993,97(2 8) :7147~ 71732 YeagerE .Internationalconferenceon“electronicandmolecularstructureofelectrode_electrolyteinterfaces” .JElectroanalChem ,1983,15 0 :6 79~ 6 893 林仲华 ,叶思宇 ,黄明东 ,等 .电化学中的光学方法 .北京 :科学出版社 ,19904 WhiteRE ,BockrisJO’M ,ConwayBE ,etaleds .ComprehensiveTreatiseofElectrochemistry .Vol 8,NewYork/Lon don :PlenumPress,19845 MarkJrMB ,PonsS .Aninsituspectrophotometricmethodforobservingtheinfraredspectraofspeciesattheelectrodesur faceduringelectrolysis .AnalChem ,196 6 ,38(1) :119~ 12 16 ReedAH ,YeagerE .Infra_redinternalreflexionstudiesofthegermanium/electrolyteinterface .ElectrochimActa ,1970 ,15(8) :134 5~ 135 47 FleischmannM ,HendraPJ ,McQuillanAJ.Ramanspectrafromelectrodesurfaces.JChemSoc ,ChemCommun ,1973,3:80~ 818 KunimatsuK .TheinfraredspectrumoflinearlyadsorbedCOspeciesproducedbychemisorptionofmethanolonasmoothplat inumelectrodeathighanodicpotentials .JElectroanalChem ,1983,145 :2 19~ 2 2 49 ShiC ,ZhangW ,BirkeRL ,etal.Detectionofshort_livedintermediatesinelectrochemicalreactionsusingtime_resolvedsur face_enhancedRamanspectroscopy .JPhysChem ,1990 ,94(12 ) :476 6~ 476 910 AshleyK ,PonsS .Infraredspectroelectrochemistry .ChemRev ,1988,88(4) :6 73~ 6 9511 BellSEJ .Time_resolvedresonanceRamanspectroscopy .Analyst,1996 ,12 1(11) :10 7R~ 12 0R12 GaillardF ,LevillainE .Visibletime_resolvedspectroelectrochemistry :applicationtostudyofthereductionofsulfur(S8)indimethylformamide .JElectroanalChem ,1995 ,398:77~ 8713 BewickA ,KunimatsuK ,PonsS .Infraredspectroscopyoftheelectrode_electrolyteinterphase.ElectrochimActa ,1980 ,2 5(4) :46 5~ 46 814 BewickA ,KunimatsuK .Infraredspectroscopyoftheelectrode_electrolyteinterphase .SurfSci,1980 ,10 1(1_3) :131~ 13815 LiJ ,DaschbachJ,SmithJJ ,etal.TheinfraredspectraofsurfacemetalatomvibrationsSNIFTIRSstudiesinthefarinfraredregionusingtimeresolvedFTIRtechniques .JElectroanalChem ,1986 ,2 0 9:387~ 39016 DaschbachJ,HeislerD ,PonsS .Time_resolvedinfraredspectroelectrochemistry .ApplSpectrosc ,1986 ,40 (4) :489~49117 LiJ ,DaschbachJL ,SmithJJ,etal.TheinfraredspectraofsurfacemetalatomvibrationsSNIFTIRSstudiesinthefarin fraredregionusingtimeresolvedFTIRtechniques.JElectroanalChem ,1986 ,2 0 9:387~ 39018 LiJ ,PonsS ,SmithJJ.Far_infraredspectroscopyoftheelectrode_solutioninterface .Vibrationalinteractionofadsorbedmetalatomswithsurfacestatesofagoldelectrode .Langmuir,1986 ,2 (3) :2 97~ 30 119 CheneryDH ,ChestersMA ,McCashEM .Timeresolvedfouriedtransformreflection_absorptioninfraredspectroscopy .SurfSci,1988,198:1~ 102 0 LeungLWH ,WieckowskiA ,WeaverMJ.Insituinfraredspectroscopyofwell_definiedsinglecrystalelectrodes :adsorptionandelectrooxidationofCOonPt(111) .JPhysChem ,1988,92 (2 4) :6 985~ 6 9902 1 MatsudeS ,KitamuraF ,ItoM ,etal.DynamicaspectsofmethanoloxidationonPtelectrodesbytimeresolvedinfraredreflec tionabsorptionspectroscopy .JElectroanalChem ,1989,2 74:30 5~ 3122 2 WeillerBH ,WassermanEP ,MooreCB ,etal.OrganometallicCOsubstitutionkineticsinliquidXebyfasttime_resolvedIRspectroscopy .JAmChemSoc ,1993,115 (10 ) :432 6~ 43302 3 YanigerSI,VidrineDW .DynamicFT_IRpartI :rapid_scanmethodsinspectroelectrochemistry .ApplSpectrosc ,1986 ,40(2 ) :174~ 1802 4 NakamuraM ,OgasawaraH ,ItoM ,etal.COmigrationonPt(10 0 )andPt(111)surfacesstudiedbytimeresolvedinfraredreflection_absorptionspectroscopy .SurfSci,1993,2 83(1/3) :2 48~ 2 5 42 5 HartlandGV ,QinD ,DaiHL .Fouriertransformdispersedfluorescencespectrosocpy_observationofnewvibrationallevelsinthe 5 0 0 0~ 80 0 0cm-1regionof (a)over_tilde 1A1CH2 .JChemPhys,1993,98(3) :2 46 9~ 2 4722 6 JohnsonTJ ,SimonA ,WerlJM ,etal.Applicationsoftime_resolvedstep_scanandrapid_scanFT_IRspectroscopy :dynamicsfromtensecondstotennanoseconds.ApplSpectrosc ,1993,47(9) :1376~ 138127 PalmerRA ,ChaoJL ,DittmarRM ,etal.Investigationoftime_dependentphenomenabyuseofstep_scanFT_IR .ApplSpectrosc,1993,47(9) :12 97~ 13102 8 OsawaM ,YoshiiK ,AtakaKI ,etal.Real_timemonitoringofelectrochemicaldynamic
出处 《科学通报》 EI CAS CSCD 北大核心 1998年第16期1696-1704,共9页 Chinese Science Bulletin
基金 国家自然科学基金!(批准号 :2 92 330 70 )资助项目
  • 相关文献

参考文献15

  • 1吴玲玲,罗谨,林仲华.邻苯二胺导电聚合物膜的光谱电化学[J].高等学校化学学报,1997,18(10):1657-1663. 被引量:6
  • 2吴玲玲,Extended Abstracts of 49th ISE meeting Kyoto Japan,1998年
  • 3吴玲玲,第八届全国电化学会议论文集,1997年,B02页
  • 4吴玲玲,J Electroanal Chem,1997年,440卷,173页
  • 5Luo J,Chem Res Chin Univ,1996年,12卷,3期,270页
  • 6Wang Z,Anal Chem,1994年,66卷,13期,1993页
  • 7Li W H,Chin Chem Lett,1993年,4卷,9期,829页
  • 8Zhang Y,J Phys Chem,1993年,97卷,33期,8656页
  • 9Lee Y F,Anal Chem,1992年,65卷,23期,3430页
  • 10Gao X,Langumuir,1992年,8卷,2期,668页

二级参考文献5

  • 1罗瑾,Chem Res Chin Univ,1996年,12卷,3期,270页
  • 2Lin Xiangqin,Electrochim Acta,1996年,41卷,13期,2019页
  • 3吴玲玲,J Electroanal Chem,1996年,417卷,53页
  • 4Luo J,Chem Res Chin Univ,1996年,12卷,3期,270页
  • 5Wu L L,J Electroanal Chem,1996年,417卷,53页

共引文献6

同被引文献24

  • 1田中群,孙世刚,罗瑾,杨勇.现场光谱电化学研究的新进展[J].物理化学学报,1994,10(9):860-866. 被引量:5
  • 2林仲华,罗瑾,田中群,孙世刚,林昌健,毛秉伟,杨勇,林华水.不断创新的电化学研究方法(厦门大学电化学研究工作简介之二)[J].电化学,1995,1(3):237-247. 被引量:6
  • 3阿伦J巴德,拉里R福克纳.电化学方法--原理和应用[M].2版.邵元华,朱果逸,董献堆,等译.北京:化学工业出版社,2008:472-510.
  • 4Nafie L A. Recent advances in linear and nonlinear Raman spectroscopy: Part V [J]. Journal of Raman Spectroscopy, 2011, 42(12): 2049-2068.
  • 5Mamantov G, Chapman D M, Harward B L, et al. Molten salt spectroelectroehemistry - recent develop- ments [J]. Electrochemical Society Extended Ab- stracts, 1985, 85(1): 842-842.
  • 6Gaune-Escard M, Seddon K R. Molten salts and i- onic liquids [M]. Hoboken: John Wiley Sons, 2010: 301-340.
  • 7Raptis C. A reliable versatile optical furnace for Ra- man spectroscopy of molten salts and hot solids [J]- Journal of Physics E.. Scientific Instruments, 1983, 16(8) : 749-752.
  • 8Ratkje S K, Rytter E. Raman spectra of molten mixtures containing aluminum fluoride.. I. Lithium fluoride-trilithium hexafluoroaluminate eutectic mix- ture[J]. The Journal of Physical Chemistry, 1974, 78(15) .. 1499-1502.
  • 9Yoon S Y, Flint J H, Kipouros G J, et al. Raman scattering studies of molten salt electrolysis of light metals [A]// Bautista R G, Wesely R. Energy Re- duction Techniques in Metal Electrochemical Proces- ses [C]. New York.. The Metallurgical Society of AIME, 1985. 479-490.
  • 10Windisch C F, Lavender C A. Raman spectroscopic studies of chemical speciation in calcium chloride melts [R]. Oak Ridge.. United States Department of Energy, 2005.

引证文献1

二级引证文献1

相关作者

内容加载中请稍等...

相关机构

内容加载中请稍等...

相关主题

内容加载中请稍等...

浏览历史

内容加载中请稍等...
;
使用帮助 返回顶部