The electrochemical behavior and the mechanism of methyl orange on tin oxide film electrode were studied by thin layer spectroelectrochemistry. The final products of the reduction of methyl orange are N, N - dimethylp...The electrochemical behavior and the mechanism of methyl orange on tin oxide film electrode were studied by thin layer spectroelectrochemistry. The final products of the reduction of methyl orange are N, N - dimethylphenylenediamine and sodium aminophenyl sulfonate. There are two steps of hydrolytic reactions following the oxidation of the electrogenerated N, N-dimethylphenylenediamine in solution.展开更多
本文介绍了一种新型掺 F 的 SnO_2光透电极的制备方法。测定了该电极的透光性能、电势适用范围、薄层电阻等;研究了这些性能之间的关系。实验结果表明:该掺 F 的 SnO_2电极具有透光性好、电阻小、电势适用范围宽、耐酸碱及有机溶剂等特...本文介绍了一种新型掺 F 的 SnO_2光透电极的制备方法。测定了该电极的透光性能、电势适用范围、薄层电阻等;研究了这些性能之间的关系。实验结果表明:该掺 F 的 SnO_2电极具有透光性好、电阻小、电势适用范围宽、耐酸碱及有机溶剂等特点,是一种值得推广的光透电极。展开更多
文摘The electrochemical behavior and the mechanism of methyl orange on tin oxide film electrode were studied by thin layer spectroelectrochemistry. The final products of the reduction of methyl orange are N, N - dimethylphenylenediamine and sodium aminophenyl sulfonate. There are two steps of hydrolytic reactions following the oxidation of the electrogenerated N, N-dimethylphenylenediamine in solution.