1) photoionization cross-section
光致电离截面
1.
The binding energy and the photon energy dependence of the photoionization cross-section are calculated for a hydrogenic impurity in GaAs/Ga 1-xAl xAs quantum well wires.
通过在波函数中考虑量子线的限制方向和非限制方向的相关性 ,计算了 Ga As/ Ga1 - x Alx As量子阱线中类氢杂质的束缚能和光致电离截面 。
2.
The experimental result indicates that the photoionization cross-section of Ar is obviously affected by the pressure of Ar in the vicinity of the edge of L-absorption of Ar: the higher the pressure, the smaller the photoionization cross-section.
利用北京同步辐射装置 3W1B光束线产生的单色光作为光源 ,流气式无窗低压强双电离室作为气体容器 ,选择氩气作为实验气体 ,使用合适的公式和软件 ,实验测定了能量从 180到 2 70eV范围内若干压强点处光致电离截面与能量的关系曲线 。
2) photoionization cross-section
光电离截面
1.
Study on the photoionization cross-sections of hydrogen atom in super-strong magnetic fields;
超强磁场中氢原子的光电离截面的计算
3) photoionization cross section
光电离截面
1.
Measurement of photoionization cross section of Ar between 4.5 and 12nm;
Ar在4.5~12nm光电离截面的测量
2.
Using multi-configuration Dirac-Fock method and the corresponding packages GRASP92 and RATIP, as well as the newly developed RERR06, we calculated inner-and outer-shell photoionization cross sections of configurations 1s~2nl(n=2,3; l=s, p) of atomic lithium.
利用基于多组态Dirac-Fock方法的程序包GRASP92和RATIP以及在此基础上最新发展的RERR06程序,计算了锂原子1s2nl(n=2,3;l=s,p)的内壳层和外壳层的光电离截面。
3.
And the theoretical explain of relative ratio variation of multipole expansion and dipole approximation for photoionization cross section are given.
在相对论理论框架下,通过对氢及类氢离子光电离截面的理论研究,探讨了多极效应的变化规律和电偶极跃迁的适用范围。
4) photoionization cross section oscillation
光电离截面振荡
5) Detail level ionizaiton cross section
细致能级电离截面
6) ionization cross section
电离截面
1.
The electron-impact ionization cross section for metastable state ion;
亚稳态离子的电子碰撞电离截面
2.
By using a distorted_wave Born exchange approximation method in averaged_atomic model, we calculated the direct excitation and direct ionization cross sections of several ions in plasmas.
采用扭曲波玻恩交换近似方法,在自由原子模型下计算了电子与离子碰撞激发、电离截面,计算值与实验一致;在含温有界平均原子模型下,系统研究了不同温度、密度等离子体中离子的电子碰撞直接电离截面,发现由于温度、密度效应导致离子的能级漂移,引起等离子体中离子的碰撞电离截面比自由原子情形发生较大变化。
3.
By using a distorted\|wave Born exchange ( DWBE ) approximation method including the relativistic correction, we calculated the direct ionization and excitation autoionization cross sections of eight Na\|like ions.
利用相对论修正扭曲波玻恩交换近似 ,计算了 8个类钠离子的电子碰撞直接电离和激发自电离截面 。
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