CAJ | 학술논문

用相对论多组态(HXR)方法，详细计算了类Ne氪离子4d-2p类Na 3l4l′双电子伴线波长和强度因子，并模拟了实验光谱，解释了最新利用激光气体靶产生的0.525～0.555 nm范围的氪X-Ray光谱，计算结果与实验符合得相当好。此外，还讨论了组态相互作用对双电子伴线结构的影响。
용상대론다조태(HXR)방법，상세계산료류Ne극리자4d-2p류Na 3l4l′쌍전자반선파장화강도인자，병모의료실험광보，해석료최신이용격광기체파산생적0.525～0.555 nm범위적극X-Ray광보，계산결과여실험부합득상당호。 차외，환토론료조태상호작용대쌍전자반선결구적영향。
A relativistic multi configuration interaction model is used to study the dielectronic satellite transition of 4d～2p resonance lines for Ne-like Kr ions. The line wavelength and satillite intensity factor was calculated in detail. A simple kinetics model was developed, which agree well with the mearured spectra, and we found that the satellites position and strengths were strongly influenced by CI effect. On the theoretic side, configuration mixing among same complex configurations must be included in the calculation of the transition data.