支持电解质就是提高化学电池中溶液导电率的电解质，本身不参与电化学反应。
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测定了该合成方法的合成产率与电解时间，支持电解质浓度，水浓度等条件的关系。
The relationship between the synthesis efficiency and other conditions, such as electrolysis time, concentration of electrolyte, concentration of water and so on was measured.
进行了控制电位、支持电解质种类等条件选择，使得测定背景电流小，标准偏差低于0。
The selection of conditions on controlled potential, the kinds of supporting electrolyte and so on lessns the background current and makes the standard deviation less than 0.
讨论了支持电解质种类、酸度等对邻苯二酚和对苯二酚伏安响应的影响，获得了较为优化的实验条件。
The effect of the type and acidity of electrolytes and the optimum conditions for the simultaneous determination of o-benzenediol and p-benzenediol were studied.
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