1) thermal ionization
热致电离
2) photoionization
[,fəutəu,aiəni'zeiʃən]
光致电离
1.
In order to understand the discharge mechanism deeply,in this paper,a simple model based on photoionization is developed.
为了深入了解这一放电现象的物理机制,采用基于光致电离的物理模型研究了这一现象。
3) Pressure ionization
压致电离
1.
This paper discusses the interparticle interaction in the dense plasma by the pressure ionization and the ion-sphere model, and studies the interparticle interaction within the shock-generated dense argon plasma influence on the electron density.
采用压致电离和离子球模型处理稠密等离子体中粒子之间的相互作用,探讨了冲击压缩产生的稠密氩等离子 体中粒子之间相互作用对电子密度的影响。
4) field ionization
场致电离
1.
It continues with a description of the possible ionization mechanisms of molecules in the laser field, then focuses on the interpretation of the theoretical models for dealing with the field ionization of molecules and comparison of theoretical calculations wit.
文章从对比飞秒激光电离质谱与纳秒激光电离质谱开始,接着介绍分子在激光场作用下的可能电离机理,着重描述了几个处理分子场致电离的理论模型和实验验证,最后对飞秒激光导致的分子在激光脉冲作用后取向研究进行了简单介绍。
5) heating element
电致发热
1.
The conductive mechanism and performance of the heating element porous SiC;
电致发热SiC多孔陶瓷导电性能研究
6) Thermoelectric refrigeratH
电热致冷
补充资料：光致电离
见原子和分子的电离。
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