Relativistic distorted-wave calculation of electron impact excitation cross sections of be-like N ~ ( 3 + ) and O ~ ( 4 + ) ions 电子与类铍N~(3+)和O~(4+)离子碰撞激发截面的相对论扭曲波计算
Electron impact excitation ( EIE ) is a basic process in the atomic physics. 电子和原子(离子)的碰撞激发是最基本的原子物理过程,广泛存在于天体等离子体和实验室等离子体环境中。
The electron impact excitation rates, the vibrational-state populations and the laser small-signal gain increase. CO分子各振动能级均获得更大的布居数和激光小信号增益。
A method combining the relativistic multichannel theory with the multichannel quantum defect theory is presented to calculate electron impact excitation. 介绍了用相对论多通道理论结合量子亏损理论计算电子碰撞激发过程的方法。
The r - matrix calculation for low-energy electron impact excitation 低能电子与Li原子碰撞激发的R矩阵计算