结果表明，减小脉冲宽度，降低加工电压，可以提高微细电解加工的精度。
The experimental results show that decreasing pulse duration and voltage can enhance the localization and improve electrochemical micro-machining accuracy.
实验同时分析了加工参数如加工电压、电解液种类和浓度、加工材料等对冷却孔成形的影响。
The effects of such machining parameters as voltage, type and concentration of electrochemical fluid, materials etc on the cooling hole formation were also analyzed.
加工过程中，通过数据采集卡检测电极间的加工电压变化或者回路中的电流变化，自适应控制电极间的端面间隙。
The gap between the electrodes can be self-adaptive controlled by detecting the voltage or the current changes during the machining duration.
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