The influence of the main working parameters, such as electrode material, polarity, work fluid, pulse duration, peak current, is analyzed by experiments to obtain the microelectrode fabrication law.
运用试验研究详尽分析了各主要加工参数，如电极材料、加工极性、工作液介质、放电持续时间和峰值电流等对微细电极的成形影响，得出了微细电极瞬时成形的基本规律。
A good linear relationship between the peak current and the concentration was obtained. The polymer modified electrode has a high stability and is of value for analytical application.
催化峰电流与其浓度均成良好的线性关系，该聚合膜修饰电极具有良好的稳定性，具有分析应用的意义。
POAP-Fe(CN)3-6 film has a stable redox current peak, a small potential drift and a good repeatability, and it can be used as a new model reference electrode.
膜有稳定的氧化还原电流峰，电位漂移小，重现性好，适合于制成新型参比电极。
POAP-Fe(CN)3-6 film has a stable redox current peak, a small potential drift and a good repeatability, and it can be used as a new model reference electrode.
膜有稳定的氧化还原电流峰，电位漂移小，重现性好，适合于制成新型参比电极。
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