A conventional three-electrode cell was used with Ionic liquid BMIM w_11 BF_4 as electrolyte .

所用 电解体系为传统的 三 电极体系，电解液为离子液体BMIM]BF4，通过线性伏安扫描法、循环伏安法 及 直流恒电位极化法来研究BF4~-等在阴极 表面 的 电化学还原行为。

It has demonstrated that such contact problem can be eliminated completely in a three-electrode cell system . Thus the mechanism of SEI formation can be investigated through the EIS features and their evolution recorded in the first lithiation of graphite materials .

在 三 电极 模拟 电池中，这一接触阻抗可以被完全消除，因此从石墨负极在首次阴极极化过程中EIS谱特征及其变化可有效地研究SEI膜的成膜机制。

Three-electrode DF-86 voltmeter was used to provide scanning potential for detection cell . the output of the voltmeter was connect - ed to a home-made A / D card via an amplifier and the A / D card was inserted into a microcomputer .

DF－86A型伏安仪以 三 电极体系为检测 池提供扫描电压，伏安仪的输出通过电压放大器与自制的A／D卡相连，A／D卡插入286型微机。

Three-dimensional fluid model and the aging system are used to investigate the characteristics of three-electrode shadow mask plasma display panel ( PDP ) cell in two types of driving waveforms .

采用三维流体模型和老 炼 测试平台从 理论模拟和实验 测试 角度研究 三 电极结构荫罩式 PDP在对向放电和表面放电驱动波形下的放电发光特性。