1) plasma erosion resistance
耐等离子体冲刷
2) pulse plasma
脉冲等离子体
1.
In order to develop an efficient technology for dealing with the volatile organic compounds,and thus avoiding the harm to humans,this paper investigated the influencing factors on the xylene exhaust treatment with pulse plasma,such as humidity,oxygen content,other organic gases and catalyst in exhaust.
为了寻找、开发既经济又高效的技术来处理易挥发性有机物,避免其对人体造成的危害,笔者以脉冲等离子体技术治理二甲苯废气为研究对象,对烟气的湿度、O2含量、其它有机气体的存在和催化剂的使用等影响因素进行了探讨。
4) plasma shock wave
等离子体冲击波
1.
Influence of intensity on mechanical effect of laser plasma shock wave;
功率密度对等离子体冲击波力学效应的影响
2.
The investigation of laser-induced plasma shock wave propagation in liquids;
液体中激光等离子体冲击波波前传播特性研究及测试
3.
And the evolvement of plasma shock wave in thruster was systematically analyzed by the finite volume method.
详细分析了激光击穿空气和激光维持等离子体爆轰波(LSD)的传播机制,基于Navier-Stokes方程建立了考虑湍流、等离子体辐射的流场分析模型,采用有限体积法系统分析了推进器喷管内等离子体冲击波流场的演变规律,研究了单脉冲激光能量大小和脉宽对推进性能的影响。
5) shock wave plasma
冲击波等离子体
1.
Cubic Al5O6N powder was prepared after oxidation to remove carbon in carbon/ Al5O6N mixed powder synthesized by a novel strategy called shock wave plasma technique,using trinitrotoluene(TNT) and aluminum powder as raw materials and water as protection medium.
在水介质保护下,以三硝基甲苯和铝粉为原料用冲击波等离子体技术由铝化炸药爆炸生成了碳/Al5O6N混合粉体,经过高温氧化除碳,获得了纯立方Al5O6N粉体。
6) shocked plasma
受冲等离子体
补充资料：等耐
1.等待和忍耐。
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