A new approach of the study on the spin-orbit components of resonant satellite photoionization has been carried out from many-body perturbation theory.The 3d^(8)4s^(2)(^(1)G,^(3)F,^(1)D)satellite lines of atomic Cu ar...A new approach of the study on the spin-orbit components of resonant satellite photoionization has been carried out from many-body perturbation theory.The 3d^(8)4s^(2)(^(1)G,^(3)F,^(1)D)satellite lines of atomic Cu are resonantly enhanced and separated by the spin-orbit splitting at the energy of the 3p^(6)3d^(10)4s→3p^(5)(^(2)P_(1/2),^(2)P_(3/2))3d^(10)4s^(2) transitions.The calculated results showing that the spin-orbit splitting leads to the separation of resonant peaks of satellite lines are in good agreement with experiment.展开更多
基金The project supported by the Research Fund for the Doctoral Program of Higher Education under Grant No. 2002610001 and the National Natural Science Foundation of China under Grant No. 60054402
文摘Mn~+ 的光电游离十字节计算为从 48 eV 到 56 eV 的光子精力在许多身体不安理论的形式主义被执行。从 3p， 3d，和 4s 支壳层的 Weconsider 刺激。当对总数的反响的贡献穿过节，强壮的 3p → 3d 和 3p → 4 s 转变的效果被包括。对实验的好同意被发现。
基金Supported by the State Education Commission of China.
文摘A new approach of the study on the spin-orbit components of resonant satellite photoionization has been carried out from many-body perturbation theory.The 3d^(8)4s^(2)(^(1)G,^(3)F,^(1)D)satellite lines of atomic Cu are resonantly enhanced and separated by the spin-orbit splitting at the energy of the 3p^(6)3d^(10)4s→3p^(5)(^(2)P_(1/2),^(2)P_(3/2))3d^(10)4s^(2) transitions.The calculated results showing that the spin-orbit splitting leads to the separation of resonant peaks of satellite lines are in good agreement with experiment.
