论文部分内容阅读
在对电加工过程中不同放电状态和液体介质放电击穿的物理特性研究的基础上，作出一个适合于判断加工状态稳定性的放电间隙动态电路模型，此模型以非线性电阻作为基本元件。最后通过应用本电路动态模型对不同加工电源参数进行优化
Based on the study of the physical properties of different discharge states and discharge breakdown of liquid medium during electrical processing, a dynamic model of discharge gap suitable for judging the processing state stability is proposed. The model takes the nonlinear resistor as the basic component. Finally, through the application of this circuit dynamic model of different processing power parameters to optimize