电子与Mg5+碰撞激发的碰撞强度研究
전자여Mg5+팽당격발적팽당강도연구
Collision sthengths for electron-impact exciltation of Mg5+
  • 万方数据
    原子与分子物理学报 원자여분자물이학보
    CHINESE JOURNAL OF ATOMIC AND MOLECULAR PHYSICS
    2006年 2期 343-347 ,共5页

    蔡凤云%蒋刚%黄杰%彭枫

    채봉운%장강%황걸%팽풍

    R-matrix%Mg5+%入射电子能%散射电子能%碰撞强度 R-matrix%Mg5+%入射電子能%散射電子能%踫撞彊度
    R-matrix%Mg5+%입사전자능%산사전자능%팽당강도
    R-matrix%Mg5+%incident electron energy%scattered electron energy%collision strengths
    采用多通道R-matrix程序计算了电子与Mg5+离子碰撞激发的碰撞强度.所有的跃迁均限定在主量子数为2的态之间.计算结果与用相对论扭曲波方法得到的结果进行了比较,R-matrix方法所得的结果更好.文中列出了部分光允许跃迁的数据,可以看出, R-matrix方法更适合计算低能碰撞.
    채용다통도R-matrix정서계산료전자여Mg5+리자팽당격발적팽당강도.소유적약천균한정재주양자수위2적태지간.계산결과여용상대론뉴곡파방법득도적결과진행료비교,R-matrix방법소득적결과경호.문중렬출료부분광윤허약천적수거,가이간출, R-matrix방법경괄합계산저능팽당.
    The multichannel R-matrix code is employed to compute the collision strengths for electron-impact excitation of pentacid Mg ion. All the transitions are constrained in n=2 states. The results obtained are compared with the data from relativistic distorted-wave method. A detailed comparison are tabulated for part of the optical-allowed transitions. It can be seen that the data gotten by using R-matrix are more accurate than that of distorted-wave method for low incident electron energy.
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