Publication Date
2011-05-28
Online Available Date
2011-05-06
Revised Date
2011-02-05
Received Date
2011-01-05
Recommended Citation
Laboratory Electrochemistry.
Introduction for Professor ZHA Quan-xing, Wuhan University, Members of CAS[J]. Journal of Electrochemistry,
2011
,
17(2): 119-122.
DOI: 10.61558/2993-074X.2081
Available at:
https://jelectrochem.xmu.edu.cn/journal/vol17/iss2/1
References
[1] Тза Чюан-синь, З.А. Иофа, 1959, О Совместном Действии Органичесие Катионов и Галоидых Анионов на Выделение Водорода на Ртутного Электроде, ДАН, 125, 1065.
[2] Тза Чюан-синь, З.А. Иофа, 1959, ? Вопросу о Влиянии Адсорбированных Анионов на Перенапря?ение Водорода, ДАН, 126, 1308.
[3] Тза Чюан-синь, З.А. Иофа, 1960, Исследование Адсорбции Поверхностно-активных Ионов на Цнковом Электроде Методом Измерения Дифференциалъной Емкости, ДАН, 131, 137.
[4] 查全性，周运鸿，邹津耘，陆君涛，1965，The Simultaneous Adsorption of Tetraalkyl-ammonium cations and β-Naphthalene Sulphonic Acid Anions on Mercury Electrode, 中国科学（英文版），14，63
[5] 查全性，1974，有关电镀中应用表面活性物质的若干问题，科学技术报告：无氰电镀专集，科学技术文献出版社.
[6] 储荣邦，查全性，1981，典型有机表面活性物质在汞、铅和镉电极上吸附行为的比较，化学学报，39，581.
[7] Cha C.S., Zu Y.B., 1998, Behavior of Perfluorinated Surfactants at the Electrode/Solution Interfaces, Langmuir, 14, 6280.
[8] Cha C.S., Wang Z.D., Chu Y.C., Lo C.T., 1978, An Indirect Ammonia-air Fuel-cell System, Power Sources 7, p.769
[9] 查全性，1998，试论高比能电池进展，物理，27，592
[10] 查全性，2005，化学电源选论，武汉大学出版社.
[11] Cha C.S., Yang H.X., 1993, Recent Advances in Experimental Methods Applied to Lithium Battery Researches, Proc. 6th IMLB , p:145 .
[12] Cha C. S, Yu J. X., Zhang J. X., 2004, Comparative Experimental Study of Gas Evolution and Gas Consumption in Sealed Cells, JPS, 129, 347
[13] Yang H.X., Wang Y.D., Ai X.P., Cha C.S., 2004, Metal Borides, Competitive High Capacity Anode Materials for Aqueous Primary Batteries, Electrochem. Solid-state Lett ., 7, A 212
[14] Wang K.L., Jiang K., Lu J.T., Zhuang L., Cha C.S., Hu X.H., Chen G.Z., 2008, Eight-electron Oxidation of Borohydride at Potential Negative to RHE, JPS, 185, 892
[15] Wang Q., Cha C. S., Lu J. T., Zhuaug L., 2009, The Electrochemistry of Solid/ water Interfaces Involved in PEM-H2O reactors , Pt. 1, PCCP, 11, 679
[16] Tu W. Y., Liu W. J., Cha C.S., Wu B. L., 1998, Study of the Powder/membrane Interface by Using the Powder Microelectrode Technique, Electrochim. Acta, 43, 3731
[17] Cha C.S., Li C.M., Yang H.X., Liu P.F., 1994, Powder Microeleclrodes, J. Electroanal. Chem., 368, 47
[18] Xiao L.F., Chen J., Cha C.S., 2000, Elimination of Influence of Ascorbic Acid in the Amperometric Detection of Biomolecules in Body Fluid Samples, J. Electro- anal. Chem., 495, 27
