1.
IMPROVEMENT OF MECHANICAL PROPERTIES OF STEEL 1Cr13Mn13 BY ELECTROPULSING WITH HIGH DENSITY
高密度脉冲电流处理改善1Cr13Mn13钢力学性能
2.
Effect of High Energy Denisity Pulse Current on Solidification Microstucture and Wear Resistance of High Manganese Steel;
高密度脉冲电流对高锰钢凝固组织及耐磨性能的影响
3.
The Effect of an Electrical Current Pulse on Microstructure and Texture of the Fe-3%Si Steel
高密度脉冲电流处理对Fe-3%Si钢微观形貌及织构的影响
4.
high-current pulse generators
高电流密度脉冲发生器
5.
Basic Study on Copper Electrorefining with High Current Density by Pulse Electrolysis;
高电流密度脉冲电流法电解精炼铜的应用基础研究
6.
High-frequency AC Pulse Density Modulation Theory and Its Application in Electric Vehicle;
高频交流脉冲密度调制理论及其在电动汽车中的应用
7.
Design of Internal Pressure Estimation System of Vacuum Circuit Breaker Based on High Frequency Impulse Current Method;
基于高频脉冲电流的真空度检测系统
8.
Study on New Methods of Increase of Energy Storage Density of Pulsed Power Capacitors;
提高脉冲电容器储能密度的新方法的研究
9.
Design of Pulse-symmetrical-modulated Power Control Based on CPLD
基于CPLD的脉冲密度功率调节高频逆变电源
10.
Discussion on Principle of Vibrating Feed and Pulse Current for Improving ECM Accuracy
振动进给、脉冲电流提高电解加工精度的探讨
11.
Pulsar: A dense, rapidly rotating star that emits pulses of light.
脉冲星：高密度、快速旋转、发射脉冲光的星体。
12.
Long pulse ion source discharge based on plasma density feedback
利用密度反馈实现离子源长脉冲放电
13.
Position control of d. c. motors has been done by means of pulse width modulation.
直流电机位置用脉冲宽度调制法控制。
14.
Densification and Surge Current Performance of SnO_2-Sb_2O_3 Based Varistor Ceramics
SnO_2-Sb_2O_3基压敏陶瓷致密化及脉冲电流耐受特性
15.
Realization of High Frequency Pulse D. C. Link Soft-switched Electronic Load
高频脉冲直流软开关电子负载的实现
16.
Analysis on probability density of voltage signal of pulse MIG welding for aluminum alloy
铝合金脉冲MIG焊电压信号概率密度分析
17.
Electrothermal Analysis of Multilevel High-Density Interconnects in the Presence of ESD Pulses Using the Time-Domain Nonlinear Finite Element Method
多层高密度互连在静电脉冲作用下的时域非线性有限元电热耦合模拟
18.
Research on the Median Filtering Algorithm for Suppressing High-ratio Impulse Noise in Digital Images
数字图像高密度脉冲噪声的中值滤波算法研究