1) arc simulation
电弧仿真
2) dynamic arc load model
动态电弧负载仿真模型
3) vacuum arc
真空电弧
1.
Design and Characteristics Analysis for the Image Collection System of Vacuum Arcs;
真空电弧图像采集系统的设计及特性分析
2.
Advances in vacuum arc cathode spots
真空电弧阴极斑点的研究进展
3.
Hollow cathode vacuum arc welding(HCVAW) technique ,a novel welding technique and having great potential applications in our industry,is introduced in this paper in detail.
空心阴极真空电弧焊接 (HollowCathodeVacuumArcWelding ,HCVAW)技术是一项新型、独特的技术 ,在航空、航天等工业部门有着巨大的应用潜力。
4) circuit simulation
电路仿真
1.
Design of digital control system for flash butt welding power supply based on DSP and circuit simulation;
基于DSP的闪光焊机电源的数字化设计及电路仿真
2.
Visible creating of knowledge base of Expert System in circuit simulation;
电路仿真专家系统知识库的可视化生成
3.
Hopf bifurcation from synchronous chaos and its circuit simulation in a coupled nonlinear oscillator system;
一类耦合非线性振子同步混沌Hopf分岔及其电路仿真
5) power system simulation
电网仿真
1.
Therefore, user-defined modeling technique is proposed and utilized in power system simulations.
随着新型电力系统设备不断出现,电网仿真软件通过传统硬编码技术进行新型设备的建模已经无法适应新的发展形势。
6) electric field simulation
电场仿真
1.
The method of the combination of animal experiment and electric field simulation was adopted to treat the tumor with steep pulse electric field of the different peak values of voltage,and the electric field s covering area between the description of pathological section and theoretical simulation-model was compared to obtain the distribution of the steep pulse electric field in the .
为了明确陡脉冲电场致在体肿瘤细胞不可逆性电击穿的电场强度阈值,以新西兰大白兔肝脏VX2肿瘤组织为研究对象,建立了陡脉冲在均匀介质中的有限元模型;采用电场仿真和荷瘤动物实验相结合的方法,用不同电压峰值的陡脉冲电场分别处理荷瘤组织,并用经病理切片描绘得出的电场杀伤覆盖范围同理论仿真模型相互验证,以求得陡脉冲电场在肿瘤组织中的分布,进而求出其电场强度阈值。
补充资料：电弧
正负两电极接近到一定距离时所产生的持续的火花放电。电弧能产生高温、强光和某些射线，用于照明、焊接、炼钢等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条