谱学电化学
上QQ阅读APP看本书,新人免费读10天
设备和账号都新为新人

参考文献

[1] O̓M J,B E Bockris.Conway.Modern Aspects of Electrochemistry.London:Butterworths,1954.

[2] Faraday Discuss.Chem.Soc.Intermediates in Electrochemical Reactions.London:Chemical Society,The Faraday Division,1974,56.

[3] Parsons R,Kolb D M,Lynch D W.Electronic and Molecular Structures of Electrode-Electrolyte Inter faces.Amsterdam:Elsevier,1983.

[4] 田昭武.电化学研究方法.北京:科学出版社,1984.

[5] 查全性.电极过程动力学.北京:科学出版社,1987.

[6] Bockris J O̓M,Khan K.Surface Electrochemistry.New York:Plenum,1993.

[7] Bard A J,Faulkner L R.Electrochemical Methods:Fundamentals and Applications.New York:Wiley,2000.

[8] Sun S G,Christensen P A,Wieckowski A.In-situ Spectroscopic Studies of Adsorption at the Electrode and Electrocatalysis.Amsterdam:Elsevier,2007.

[9] Heineman W R,Jensen W B.Spectroelectrochemistry Using Transparent Electrodes.in Electrochemis try,Past and Present.Vol.390.Washington,DC:American Chemical Society,1989:442-457.

[10] Kuwana T,Darlington R K,Leedy D W.Analytical Chemistry,1964,36:2023-2025.

[11] Mark H B,Pons B S.Analytical Chemistry,1966,38:119-121.

[12] Koch D F A,Scaife D E.Journal of The Electrochemical Society,1966,113:302-305.

[13] Fleischmann M,Hendra P J,McQuillan A J.Chemical Physics Letters,1974,26:163-166.

[14] Bewick A,Kunimatsu K,Pons B S,Russell J W.Journal of Electroanalytical Chemistry and Interfa cial Electrochemistry,1984,160:47-61.

[15] Tronstad L.Nature,1929,124:373.

[16] Reddy A K N,Devanathan M A V,Bockris J O̓M.Journal of Electroanalytical Chemistry,1963,6:61-67 .

[17] Feinleib J.Physical Review Letters,1966,16:1200-1202.

[18] Yildiz A,Kissinger P T,Reilley C N.Analytical Chemistry,1968,40:1018-1024.

[19] Fleischmann M,Hendra P J,McQuillan A J.Journal of the Chemical Society.Chemical Communica tions,1973:80-81.

[20] Jeanmaire D L,Van Duyne R P.Journal of Electroanalytical Chemistry and Interfacial Electrochemis try,1977,84:1-20.

[21] Grady W E O̓,Bockris J O̓M.Chemical Physics Letters,1970,5:116.

[22] Fleischmann M,Graves P,Hill I,Oliver A,Robinson J.Journal of Electroanalytical Chemistry and Interfacial Electrochemistry,1983,150:33-42.

[23] Yeager E,Furtak T E,Kliewer K L,Lynch D W.Non-Traditional Approaches to the Study of the Solid-Electrolyte Interface.Amsterdam:North- Holland Pubishing Co,1980.

[24] Maki A H,Geske D H.The Journal of Chemical Physics,1959,30:1356-1357.

[25] Bruckenstein S,Gadde R R.Journal of the American Chemical Society,1971,93:793-794.

[26] Bruckenstein S,Comeau J.Faraday Discussions of the Chemical Society,1973,56:285-292.

[27] Richards J A,Evans D H.Analytical Chemistry,1975,47:964-966.

[28] Bewick A,Kunimatsu K,Stanley Pons B.Electrochimica Acta,1980,25:465-468.

[29] Long G G,Kruger J,Black D R,Kuriyama M.Journal of Electroanalytical Chemistry and Interfacial Electrochemistry,1983,150:603-610.

[30] Sonnenfeld R,Hansma P K.Science,1986,232:211-213.

[31] Wiechers J,Twomey T,Kolb D M,Behm R J.Journal of Electroanalytical Chemistry and Interfacial Electrochemistry,1988,248:451-460.

[32] Itaya K,Tomita E.Surface Science,1988,201:L507-L512.

[33] Lev O,Fan F R,Bard A J.Journal of The Electrochemical Society,1988,135:783-784.

[34] Lustenberger P,Rohrer H,Christoph R,Siegenthaler H.Journal of Electroanalytical Chemistry and Interfacial Electrochemistry,1988,243:225-235.

[35] Kötz R,Gobrecht J,Stucki S,Pixley R.Electrochimica Acta,1986,31:169-172.

[36] Guyot-Sionnest P,Tadjeddine A.Chemical Physics Letters,1990,172:341-345.

[37] Novák P,Panitz J C,Joho F,Lanz M,Imhof R,Coluccia M.Journal of Power Sources,2000,90:52-58 .

[38] Leriche J B,Hamelet S,Shu J,Morcrette M,Masquelier C,Ouvrard G,Zerrouki M,Soudan P, Belin S,Elkaïm E,Baudelet F.Journal of The Electrochemical Society,2010,157:A606-A610.

[39] 林仲华,叶思宇,黄明东,沈培康.电化学中的光学方法.北京:科学出版社,1990.

[40] White R E,Bockris J O̓M,Conway B E,Yeager E.Comprehensive Treatise of Electrochemistry.New York:Kluwer,1984:Vol.8.

[41] Gale R J.Spectroelectrochemistry:Theory and Practice.New York:Plenum,1988.

[42] Gutierrez C,Melendress C.Spectroscopic and Diffraction Techniques in Interfacial Electrochemistry.Drodrecht:Kluwer Academic Publishers,1990.

[43] Abruña H D.Electrochemical Interfaces—Modern Techniques for in-situ Interface Characterization.Berlin:VCH,1991.

[44] Lipkowski J,Ross P N.Adsorption at Electrode Surface.New York:VCH,1992.

[45] 田中群,孙世刚,罗瑾,杨勇.物理化学学报,1994,10:860-866.

[46] Chevallier F,Letellier M, Morcrette M,Tarascon J- M,Frackowiak E,Rouzaud J- N,Béguin F.Electrochemical and Solid-State Letters,2003,6:A225-A228.

[47] Tian Z Q,Ren B.Annual Review of Physical Chemistry,2004,55:197-229.

[48] Masatoshi O.Bulletin of the Chemical Society of Japan,1997,70:2861-2880.

[49] Chen C K,Heinz T F,Ricard D,Shen Y R.Physical Review Letters,1981,46:1010-1012.

[50] Shen Y.Nature,1989,337:519-525.

[51] Anderson M S.Applied Physics Letters,2000,76:3130-3132.

[52] Hayazawa N,Inouye Y,Sekkat Z,Kawata S.Optics Communications,2000,183:333-336.

[53] Pettinger B,Picardi G,Schuster R,Ertl G.Electrochemistry,2000,68:942-949.

[54] Stöckle R M,Suh Y D,Deckert V,Zenobi R.Chemical Physics Letters,2000,318:131-136.

[55] Zhang R,Zhang Y,Dong Z C,Jiang S,Zhang C,Chen L G,Zhang L,Liao Y,Aizpurua J,Luo Y,Yang J L,Hou J G.Nature,2013,498:82-86.

[56] Zeng Z C,Huang S C,Wu D Y,Meng L Y,Li M H,Huang T X,Zhong J H,Wang X,Yang Z L,Ren B.Journal of the American Chemical Society,2015,137:11928-11931.

[57] Akemann W,Friedrich K A,Linke U,Stimming U.Surface Science,1998:402-404,571-575.

[58] Shan X,Patel U,Wang S,Iglesias R,Tao N J.Science,2010,327:1363-1366.

[59] Tian Z Q,Li W H,Mao B W,Zou S Z,Gao J S.Applied spectroscopy,1996,50:1569-1577.

[60] Yao J L,Mao B W,Gu R A,Tian Z Q.Chemical Physics Letters,1999,306:314-318.

[61] Wolter O,Heitbaum J.Berichte der Bunsengesellschaft für physikalische Chemie,1984,88:2-6.

[62] Takáts Z,Wiseman J M,Gologan B,Cooks R G.Science,2004,306:471-473.

[63] Li J,Dewald H D,Chen H.Analytical Chemistry,2009,81:9716-9722.

[64] Brown T A,Chen H,Zare R N.Angewandte Chemie International Edition,2015,54:11183-11185 .

[65] Casalongue H S,Kaya S,Viswanathan V,Miller D J,Friebel D,Hansen H A,Nørskov J K,Nils son A,Ogasawara H.Nature Communications,2013,4:2817.

[66] Williamson M J,Tromp R M,Vereecken P M,Hull R,Ross F M.Nature Materials,2003,2:532-536 .

[67] Holtz M E,Yu Y,Gunceler D,Gao J,Sundararaman R,Schwarz K A,Arias T A,Abruña H D, Muller D A.Nano Letters,2014,14:1453-1459.

[68] Zeng Z,Liang W I,Liao H G,Xin H L,Chu Y H,Zheng H M.Nano Letters,2014,14:1745-1750 .

[69] Gu M,Li Y,Li X,Hu S,Zhang X,Xu W,Thevuthasan S,Baer D R,Zhang J G,Liu J,Wang C M.ACS Nano,2012,6:8439-8447.

[70] Gu M,Parent L R,Mehdi B L,Unocic R R,McDowell M T,Sacci R L,Xu W,Connell J G,Xu P,Abellan P,Chen X,Zhang Y,Perea D E,Evans J E,Lauhon L J,Zhang J G,Liu J,Browning N D,Cui Y,Arslan I,Wang C M.Nano Letters,2013,13:6106-6112.

[71] Elias L R,Fairbank W M, Madey J M,Schwettman H A,Smith T I.Physical Review Letters,1976,36:717-720.