CAJ | 학술논문

以最弱受约束电子势模型( WBEPM)理论为基础，建立了计算氦原子多极动态极化率和相互作用色散系数的稳定变分方法。导出了该方法中所涉及的矩阵元和线性方程组的解析表达式。作为应用，具体计算了基态氦原子的极化率和两体色散系数，将计算结果与用其他方法所得到的结果进行了比较，数据基本一致。
이최약수약속전자세모형( WBEPM)이론위기출，건립료계산양원자다겁동태겁화솔화상호작용색산계수적은정변분방법。도출료해방법중소섭급적구진원화선성방정조적해석표체식。작위응용，구체계산료기태양원자적겁화솔화량체색산계수，장계산결과여용기타방법소득도적결과진행료비교，수거기본일치。
Based on the weakest bound electron potential model ( WBEPM) theory, method of calculating the multipole dynamic polarizability and dispersion coefficients for Helium by a variationally stable procedure is es-tablished. The matrix elements and a group of linear equations, involving in this approach, are derived analyti-cally. As an application, the polarizability and two-body dispersion coefficients between Helium atoms in their ground states are calculated concretely and are compared with those calculated previously by other procedures. It is found that the calculated results are consistent with those of others.