1) intensifying current
电流增强
1.
The principle of the phase shifted full bridge PWM soft switch inverter spot welding power with intensifying current by using assistance network is analyzed in detail,its power circuit is simulated by use of the Pspice,a circuit simulating software.
详细分析了采用辅助网络的电流增强型移相控制PWM全桥软开关点焊逆变电源的工作原理,通过Pspice电路仿真软件,对其主电路进行了仿真研究,并依据仿真结果构建了实验系统。
2) enhanced photocurrent models
增强光电流模型
1.
Transient radiation response for microcircuit pn junctions with enhanced photocurrent models are calculated using two-dimensional numerical simulation.
用增强光电流模型对微电路 pn结瞬态电离辐射响应开展了数值模拟计算。
3) Enhanced turbulence
增强湍流
5) enhanced ionization
增强电离
1.
Using the time-dependent Schrdinger equation solved by the symmetrical splitting of the short-time exponential propagator, we investigated the enhanced ionization(EI) behavior of linear polyatomic molecular ions in two-color (the fundamental radiation:780 nm, the third harmonic:260 nm) laser fields.
利用短时指数传播子的对称分割法 ,数值求解了一维情况下的含时薛定谔方程 ,研究了一维多原子分子离子在双色 (基频 :780nm ,三倍频 :2 6 0nm)激光场中的增强电离行为 ,给出了相对相位对不同核间距处的电离几率的影响。
2.
The enhanced ionization(EI) behaviour of linear multiatomic molecular ions is studied in two-color(fundamental radiation:780 nm, the second harmonic:390 nm) laser fields by the numerical solution of the time-dependent Schrdinger equation with the symmetrical splitting of the short-time exponential propagator.
利用短时指数传播子的对称分割法 ,数值求解了一维情况下的含时薛定谔方程 ,研究了一维多原子分子离子在双色 (基频 :780nm ,二倍频 :3 90nm)激光场中的增强电离行为 ,给出了相对相位对不同核间距处的电离概率的影响 。
3.
The enhanced ionization (EI) behavior of linear multiatomic molecular ions is studied in intense laser fields by means of the numerical solution of 1-D time--dependent Schrodinger equation.
通过数值求解含时薛定谔方程，观察到强激光场中线性多原子分子离子的增强电离（ＥＩ）行为，研究了原子个数、激光频率和强度对增强电离的影响。
补充资料：标准冲击电流波形(见冲击电流发生器)
标准冲击电流波形(见冲击电流发生器)
standard impulse current wave form
blaozhun ehonglld}0n4一u box]ng标准冲击电流波形(standard impulse currentwave form)见冲击电流发生器。
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