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1)  transient collisional excitation
瞬态电子碰撞激发
1.
Strongly amplified X-ray laser observed in the recent transient collisional excitation (TCE) experiments pumped by a single short pulse suggests that with the help of low level prepulse producing lowly ionized preplasma it is also possible to obtain high gain in the TCE scheme.
为此,在类氖锗的瞬态电子碰撞激发19。
2.
A code series for transient collisional excitation (TCE ) was newly developed based on the previous code series for QSS scheme, the TCE Ne-like Ge 19.
在亚稳态电子碰撞激发系列程序的基础上研制成功了瞬态电子碰撞激发的系列程序,并用此系列程序模拟了卢瑟福实验室2000年的类氖锗瞬态电子碰撞激发19·6nm X射线激光实验,与实验数据的比较表明,模拟结果与实验基本符合,为以后研究瞬态电子碰撞激发机理打下了基础。
3.
Transient collisional excitation(TCE) has proved to be an efficient method to significantly save driving energy.
瞬态电子碰撞激发产生X光激光的机制可以极大减少X光激光的泵浦能量。
2)  Transient collisional excitation
瞬态碰撞激发
1.
For the advantages of low driven energy, high efficiency and easy downsizing, transient collisional excitation X-ray lasers propel the development of the X-ray lasers rapidly.
瞬态碰撞激发X射线激光由于其所需驱动能量低、效率高和容易台式化等优点,极大地推动了X射线激光的发展。
3)  electron impact excitation
电子碰撞激发
1.
Fully relativistic distorted-wave calculations for electron impact excitation of highly charged Nickel-like ions;
高离化态类镍离子电子碰撞激发过程的相对论扭曲波理论研究
2.
Systemic calculation and assessment of atomic properties of argon ions: I.Electron impact excitation;
氩离子原子过程参数的系统计算与评估:I电子碰撞激发
3.
Relativistic distorted wave study on electron impact excitations
电子碰撞激发过程的相对论扭曲波理论研究
4)  Scheme of electronic collision excitation
电子碰撞激发机制
5)  electron-impact excitation cross sections
电子碰撞激发截面
1.
A set of practical parametes on hydrogenic ions is given for electron-impact excitation cross sections and rate coefficients with transitions nl→n l n = 1,2,.
本文给出了一套计算类氢离子电子碰撞激发截面和速率系数的实用参数,用于计算nl→n′l′跃迁数据,n=1,2,…,4,n′=2,3,…,8。
6)  excitation by electron collisions
电子碰撞激励
补充资料:电子激发态
分子式:
CAS号:

性质:一个原子或分子的电子能量较其基态时为高时的状态称为电子激发态。产生电子激发态的途径很多,最常用的方法有光激发、热激发等。利用波长与电子激发能相匹配的单色光(如激光)进行激发时,可以较精确地调制分子的电子激发态。

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