1.
According to the electron collision ionization theory of Townsend, the electron avalanche is the basic process in gas discharge.
根据汤逊电子碰撞电离理论,电子崩是气体放电最基本的过程。
2.
pulsed electron impaction source
脉冲电子碰撞离子源
3.
proton electron positron colliding beams
质子 电子 正电子碰撞束
4.
Study of the Measurement of Atomic Inner-Shell Ionization Cross-sections by Electron Impact;
电子碰撞原子内壳层电离截面的实验研究
5.
physics of electronic and atomic collisio
电子碰撞和原子碰撞物理学
6.
ELECTRON IMPACT EXCITATION OF MULTI-CONFIGURATON IONS IN THE BORN APPROXIMATION
玻恩近似下电子与离子碰撞的多组态计算
7.
Ion-molecule Collision Modeling in Direct Current Gas Discharge
直流气体放电过程中的离子分子碰撞模型
8.
Atom-orbital close-coupling calculation of charge exchange processes in collisions of H~+ with Li(5d)
氢离子与里德伯原子碰撞中的电荷转移过程
9.
Theoretical Studies of Photoionization and Electron Collision Scattering Cross Sections of Atoms;
原子的光电离截面及电子碰撞散射截面的理论研究
10.
Theoretical Research on Process of Excitation and Ionization in Electron-Complicated Atoms Scattering
对电子与复杂原子碰撞中激发与电离过程的理论研究
11.
Plasma screening effect on the differential cross sections of collision ionization of H by He~(2+)
等离子体屏蔽对He~(2+)与H原子碰撞电离微分截面的影响
12.
Theoretical Study of the Triple Differential Cross Sections for Electron Impact Ionization of Ar 3s;
低能电子碰撞Ar 3s电离三重微分截面的理论研究
13.
Event-by-Event Charge Fluctuations and Correlations from Hadron-Hadron to Relativistic Heavy Ion Collisions;
从强子—强子到相对论重离子碰撞中的逐事件电荷起伏和关联
14.
Relativistic Distorted Wave Study on the Electronatom (Ion) Impact Excitations;
电子与原子（离子）碰撞激发过程的相对论扭曲波理论研究
15.
Relativistic Distorted Wave Study on the Electron-Atom (Ion) Impact Excitations
相对论扭曲波方法研究电子与原子（离子）碰撞激发过程
16.
Some of the electrons or ions then collide with the drops and stick to them.
这时有些电子或离子与油滴碰撞而粘附在油滴上。
17.
Electron Transfer Processes and Energy Losses in Scattering of Ions in Gaseous Targets and on Surfaces
离子和气相原子，表面碰撞的电荷转移过程及能损的研究
18.
Electron temperature diagnosis of plasma generated by hypervelocity impact of a LY12 aluminum projectile into a LY12 aluminum target
超高速碰撞LY12铝靶产生等离子体的电子温度诊断