为了配合电解加工成形规律的研究和新技术的开发，对电解加工测试手段及研究方法进行了调研。
To cooperation with the study profile rule and evaluate a new technique, we investigate and discussed the testing means for electrolytic machining.
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.
研究了数控展成电解加工的成形规律，建立了相应的数学物理模型并以计算机求解。
The shaping law of NC-ECCEM is discussed theoretically. The mathematical model was presented and a set of equations was solved by means of computer.
研究了数控展成电解加工的成形规律，建立了相应的数学物理模型并以计算机求解。
The shaping law of NC-ECCEM is discussed theoretically. The mathematical model was presented and a set of equations was solved by means of computer.
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