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本文报道了ITO导电玻璃双工作电极薄层光透电化学池的设计。这种薄层池具有操作简便,成本低廉的特点,其突出优点在于工作电极的边际效应因采用辅助工作电极而得以明显消除。以Fe(CN)_6~(3-)/(4-)~考察了该池的电化学和光谱吸收响应特性。
This paper reports the design of thin conductive layer of ITO conductive glass double working electrode. This thin-walled cell has the advantages of simple operation and low cost, and has the outstanding advantage that the marginal effect of the working electrode can be obviously eliminated by using the auxiliary working electrode. The electrochemical and spectral absorption response characteristics of the cell were investigated with Fe (CN) _6 ~ (3 -) / (4-) ~.