Abstract

The electrode capacitance is studied as a function of the potential at various KCl contents in the KNO₃ melt and various ac signal frequencies. At a certain critical potential, the addition of KCl is shown to lead to the appearance of an additional minimum in the anode branch of the capacitance curve, and an explanation of this effect is proposed.

中文翻译：

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硝酸钾和氯化钾熔融混合液中金电极的电容

摘要

研究了电极电容与KNO ₃熔体中各种KCl含量和各种ac信号频率下电势的关系。在一定的临界电位下，显示出添加KCl会导致在电容曲线的阳极分支中出现额外的最小值，并提出了对此效果的解释。