原子体系近核区电子波函数振幅(Ⅱ)——离化态原子近核区电子波函数振幅

AMPLITUDES OF ELECTRONIC WAVEFUNCTIONS AT NUCLEI FOR ATOMS (II) AMPLITUDES OF ELECTRONIC WAVEFUNCTIONS AT NUCLEI FOR ATOMIC IONS

本文根据相对论自洽场(Dirac-Slater)理论方法,系统地总结原子序不大于95的各离化态原子占有壳层近核区电子波函数振幅(约化归一因数)随电子壳层、原子序和电离度的变化规律。

Based on the atomic self-consistent-field theory, we have performed relativistic calculations for reduced normalization factors of occupied shell wavef unctions of all atomic ions up to Z = 95. Their dependance on the atomic number and the degree of ionization are elucidated.