1.
Study on the Pressure Field of Underwater Explosion with Two-Component Explosive Charge
双组分炸药装药水下爆炸的冲击波峰压场研究
2.
Oscilloscopes and peak voltmeters for impulse tests
GB/T813-1989冲击试验用示波器和峰值电压表
3.
These are known as ″basic impulse insulation levels″ (BIL). Basic Impulse Insulation Level is expressed in impulse crest (peak) voltage with a standard wave not longer than a 1.2\50s wave.
基本冲击绝缘水平是以不长于1.2;50gs的标准波形冲击峰值电压表示的基准水平。
4.
Therapeutic efficacy analysis of vitro shock wave therapy for subacromial bursitis
体外冲击波治疗肩峰下滑囊炎的疗效分析
5.
Research of Corrugated Cardboard Packaging System Based on Final Peak Saw Tooth Shock Pulse Impact
基于后峰锯齿波冲击的瓦楞纸板包装系统研究
6.
Failure Waves in Rock under Shock Wave Loading;
冲击波压缩下岩石介质中的破坏波研究
7.
Experimental study on impact pressure of waves on a horizontal plate of T-type breakwaters
T型防波堤水平板波浪冲击压强试验研究
8.
Dynamic Simulation Experiment on the Pressure Fluctuation and Impact of Hydraulic System
液压系统压力波动与冲击的动态仿真试验研究
9.
The changes of peak pressure depending on the laser power density were studied.
讨论了激光功率密度的变化对冲击波峰值的影响。
10.
The Calculation of Impact Compactor s Impact Power and Impact Energy;
冲击压实机冲击力及冲击能量的计算
11.
The maximum value, i. e. at the blast wave (or shock) front, is called the "peak overpressure."
位于冲击波波阵面上的最大超压值称为“最高超压力。”
12.
Failure Waves in Alumina Ceramics Subjected to Shock Compression;
冲击压缩下氧化铝陶瓷中的破坏波研究
13.
Analysis and Management of Voltage Fluctuation of Distribution Network Caused by Surge Load;
冲击负荷引起的配电网络电压波动分析及治理
14.
Study on a Stored Testing System for Simultaneous Measurement of the Speed and Pressure of Shock Wave;
同时测速测压的存储式冲击波测试系统研究
15.
Asymptotic Stability of Shock Wave Solutions of a One-Dimensional Model System for Compressible Viscous Fluids;
一维黏性可压缩流体冲击波解的渐近稳定性
16.
Numerical Simulation and Experimental Research of Blast Wave Propagation for Thermo-baric Warhead;
温压弹爆炸冲击波传播的数值模拟与实验研究
17.
Effect of Aluminium Content on the Detonation Pressure and Shock Wave Parameters of TNT/Al Explosives
铝粉含量对梯铝炸药爆压和冲击波参数的影响
18.
Electromagnetic Wave Theory Being Used to Prevent and Deal with Underground Pressure Eruption
应用电磁波幅射理论防治矿井冲击地压