激发组态 meaning in Chinese
excited configuration
Examples
- By using the multi - configuration dirac - fock ( mcdf ) method , the effects of relaxation and correlation on the transition energies and probabilities of electric - dipole allowed ( el ) resonance and intercombination transitions for 2p53s3 - 2p6 in neutral neon have been systematically studied firstly . and the results of the transition energies and probabilities ( lifetimes ) in length and velocity gauge have been presented . during the calculation , in order to consider the rearrangement effects of the bound - state density and some important correlations , the asfs of transition initial - and final - states were divided according to their angular - momentum and parity and calculated , and different number of csfs were included in the expansion of asfs
本文利用多组态dirac - fork ( mcdf )理论方法，通过对辐射跃迁初、末态电子波函数的独立计算以及在原子态波函数的展开中考虑不同数量的组态波函数，系统地研究了弛豫和相关效应对中性ne原子2p ~ 53s ~ ( 1 . 3 ) p _ 1 ~ o - 2p ~ 6 ~ 1s _ 0电偶极共振和复合跃迁的能量以及跃迁几率的影响，给出了长度和速度两种不同规范下激发态的能量和辐射寿命；以中性ne原子的研究为基础，进一步研究了类ne等电子系列离子( z = 11 - 18 )较低的激发组态2p ~ 53s和基组态2p ~ 6的能级结构以及各能级间的辐射跃迁特性。 - The energy level structures of the 4d core excited configuration 4d 5s25p5 , final radiative configuration 4d105s25p4 and final auger configurations 4d105s25p3 and 4d105s15p4 of csv ion and all possible decay dynamics processes related to these configurations are all determined by mcdf method . we also compared the present results of radiative transition , oscillator strength and the line width with the results obtained by experimental spectra and the quasi - relativistic configuration interaction method and got a good agreement . we also make prediction for some dominant features of the auger electron spectrum emitted by the auger decay process of the 4d95s25p6 core excited states
论文第三章中详细的介绍了cs离子的4d内壳层电子激发组态4d ~ 95s ~ 25p ~ 5 、辐射末态4d ~ ( 10 ) 5s ~ 25p ~ 4及auger末态4d ~ ( 10 ) 5s ~ 25p ~ 3和4d ~ ( 10 ) 5s5p ~ 4的能级结构及各种可能的辐射和auger衰变过程，获得了与已有的实验结果和相关的半经验准相对论组态相互作用计算结果相符的辐射跃迁能、振子强度以及线宽，预言了4d ~ 95s ~ 25p ~ 5态的以auger衰变为主的auger电子谱的特性。