1) shock wave
冲击波
1.
Simulation analysis of dynamic response of thin-wall cylindrical tank to shock wave;
圆柱形薄壁储罐对爆炸冲击波动力学响应的模拟分析
2.
Resistivity of PZT 95/5 ferroelectric ceramic under shock wave compression;
冲击波加载下PZT95/5铁电陶瓷的电阻率研究
3.
Preparation of nanometer crystallite of TiO_2 by shock waves technology;
利用冲击波技术制备TiO_2纳米晶
2) blast wave
冲击波
1.
Comparative study on physical parameters and biological effects of blast wave on plateau and on plain;
高原与平原冲击波物理参数和生物效应的比较研究
2.
The energy percent of the shoot off cylinder while the high-pressure vessel explosiving and the evaluation of destroy area by blast wave;
压力容器爆炸时抛出物能量的百分比计算及冲击波的破坏范围估计
3.
Dynamic response of gas cylinder subject to sudden impact and blast wave
意外撞击和冲击波作用下气瓶的动态响应分析
3) shock waves
冲击波
1.
Design of an imaging VISAR for diagnosing shock waves with laser driven;
用于激光驱动冲击波诊断的成像型VISAR设计
2.
Dynamic response analysis of a warship subjected to underwater explosion shock waves;
某型舰船水下爆炸冲击波载荷作用下结构动态响应数值仿真研究
3.
The evolution of shock waves in a viscoplastic bar with variable section;
粘塑性变截面杆中冲击波的演化
4) shockwave
冲击波
1.
A Study on the Anti-shockwave Performance of Emulsion Matrix;
乳胶基质抗冲击波性能研究
2.
Shockwave propagation stability in Al-Au impedance-matching target irradiated by high power laser;
激光驱动冲击波在铝-金阻抗匹配靶中的传播稳定性
3.
Shockwave Synthesis and Characterization of Crystalline C_3N_4;
晶态C_3N_4的冲击波合成及其表征
5) Impact wave
冲击波
1.
Based on the externally breaking stone with impact wave and the theory of pulsative oscillation jet nozzle,the electric-hydraulic pulse method can be used to clean the scale deposit on the internal surface of pipe of the gathering pipeline in oilfield.
在油田集输管网清垢中,电液压脉冲技术的应用是以电液压脉冲技术体外冲击波碎石的实践和先进的振荡脉冲射流喷嘴理论为基础,利用电液压脉冲清除管道内表面垢层。
2.
Aiming at the crystal s superheating melting in the impact wave loading experiments,the experimental data of the sample after the compression are analysed under the action of static high-pressure and the impact.
针对冲击波加载实验中晶体的过热熔化现象,分析了静高压和冲击压缩后的样品的实验数据,给出了晶体发生过热熔化的充分条件。
3.
The promulgation of water impact wave in multilayer structure is analyzed theoretically.
从理论分析可以看出,舰船结构的多层防护体系对于减少爆炸冲击的损伤具有重要的作用,防护结构的波阻抗越大,防护的效果越好,这种方法可应用于多层防护结构在远场爆炸冲击波作用下的毁伤或防护方面的预测。
补充资料：冲击波
分子式：
CAS号：
性质：见激震波
CAS号：
性质：见激震波
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