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Electrochemical Behavior and Its Electrocatalytic Activity of A P—Mo Heteropolyanion Modified ITO Electrode
作者姓名:Xiao Feng QIU  Jin Zhong XU  Jun Jie ZHU*  Hong Yuan CHEN
作者单位:Xiao Feng QIU,Jin Zhong XU,Jun Jie ZHU*,Hong Yuan CHEN Department of Chemistry,State key Laboratory of Coronation Chemistry,Nanjing University,Nanjing 210093
基金项目:Authors greatly appreciate the supports from the National Natural Science Foundation of China,Returnee Foundation of Ministry of Education of China and Analytical Foundation of Nanjing University.
摘    要:ITO is a versatile material in the electronic industry because of its special transparent and conductive properties. However, there are a few reports regarding the adsorption of organic or organometallic compounds on the ITO surface1-4. The heteropolyanions are interested in the field of material science, catalytics, biology, and medicine owing to their chemical, structural, and electronic versatility5-7. One of the most important properties of polyoxometalate anions is their ability to a…

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Electrochemical Behavior and Its Electrocatalytic Activity of A P-Mo Heteropolyanion Modified ITO Electrode
Xiao Feng QIU,Jin Zhong XU,Jun Jie ZHU*,Hong Yuan CHEN.Electrochemical Behavior and Its Electrocatalytic Activity of A P-Mo Heteropolyanion Modified ITO Electrode[J].Chinese Chemical Letters,2002,13(7):649-652.
Authors:Xiao Feng QIU  Jin Zhong XU  Jun Jie ZHU  Hong Yuan CHEN
Abstract:s: A new method for the preparation of an organic-inorganic composite film of the heteropolyanion has been developed by modifying P(Mo2O7)6-7 to the indium tin oxide (ITO) electrode surface. The modified electrode displayed a strong catalytic activity towards the reduction of IO3-. In the range of 1.0?0-6~5?0-4mol/L, the catalytic current was linear proportional to the IO3- concentration.
Keywords:Chemically modified electrode  heteropolyanion  indium tin oxide electrode  IO3-  
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