首页> 外文期刊>Journal of new materials for electrochemical systems >Synthesis and Electrochemistry of Cadmium Complexes with OC(NH2)(2), OS(CH3)(2) and C6H5NE2 Ligands in Irreversible System
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Synthesis and Electrochemistry of Cadmium Complexes with OC(NH2)(2), OS(CH3)(2) and C6H5NE2 Ligands in Irreversible System

机译:不可逆体系中OC(NH2)(2),OS(CH3)(2)和C6H5NE2配体的镉配合物的合成和电化学

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摘要

Cd[OC(NH2)(2)](4)(NO3)(2), Cd(C6H5NH2)(2)(NO3)(2) and Cd[OS(CH3)(2)](2)(NO3)(2) are synthesized and identified by spectroscopic methods. The electrochemical behaviour of complexes is studied by cyclic voltammetry on Au electrode. The complexes exhibit irreversible behavior in presence of KNO3 0.05moll(-1) as a supporting electrolyte. Consequently the parameters of apparent transfer, diffusion coefficient, the standard Gibbs energiy of activation and the standard electron transfer constant are calculated.
机译:Cd [OC(NH2)(2)](4)(NO3)(2),Cd(C6H5NH2)(2)(NO3)(2)和Cd [OS(CH3)(2)](2)(NO3) (2)通过光谱法合成和鉴定。通过循环伏安法在金电极上研究了配合物的电化学行为。在KNO3 0.05moll(-1)作为支持电解质的情况下,该配合物表现出不可逆的行为。因此,计算了表观传递,扩散系数,标准吉布斯活化能和标准电子传递常数的参数。

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