有效核电荷

量子电动力学（QED）效应用有效核电荷方法计算；

The contributions of quantum - electrodynamics are evaluated by using effective nuclear charge .

以有效核电荷方法计算量子电动力学（QED）效应和高阶相对论效应的贡献。

Quantum electrodynamics ( QED ) effect and the contribution of higher order relativistic effects are calculated by effective nuclear charge theory .

为了得到高精度的计算结果，通过引入有效核电荷的方法估算了高阶相对论和量子电动力学（QED）效应对能量和精细结构的贡献。

To get highly accurate results , the higher order relativistic and quantum electrodynamics ( QED ) contributions to the energy and fine structure splitting are considered by introducing effective nucleus charges .

有效核电荷数的编程计算及应用

Calculation with Program and Application of the Effective Nuclear Charge

有效核电荷近似计算法及其应用

Calculation of Efficient Nuclear Charges and Its Usage

等电子原子模型与有效核电荷

Isoelectronic atomic model and effective nuclear charge

电负性研究Ⅰ.建立元素电负性标度的有效核电荷数方法

Electronegativity ⅰ . The Effective Nuclear Charge Number Method of Establishing the Elemental Electronegativity Scale

有效核电荷是影响无机物性质的重要因素，本文讨论了两种有效核电荷的近似估算法以及它在解释无机物性质上的应用

Efficient nuclear charges affects the properties of in-organic substance Two methods of calculation and its usage are introduced

得到基本结构参量（EQDT参量）随有效核电荷增大的变化规律并从静电相互作用与自旋&轨道相互作用之间的竞争的角度给出明确的物理解释。

Their behaviours can be interpreted in terms of the competition between electrostatic and spin-orbit interactions along the sequence .

通过引入对势函数的有效核电荷，讨论了氩原子场的物理特征。

By introducing " the effective nucleus charge number for the potential ", the physical features of argon atom field have been discussed .

通过价层电离能、价键轨道能量用有效核电荷数法建立了周期表中90种元素的电负性新标度。

Through the ionization energy of the valence shell and the energy of the valence bond orbital , the new scale of the electronegativity of 90 elements in the Periodic Table has been established by the effective nuclear ~ charge number method .