Based on the previous works, the Schrdinger equation of the hydrogen-like atom is analytically solved further. 在以往工作基础上对类氢原子体系的薛定谔方程进行了进一步求解。
From Binet Equation to Quantize Elliptical Orbit of Electron in Hydrogen-like Atom 从比耐公式到类氢原子电子的量子化椭圆轨道
A Further Investigation about Theory on the Elliptical Orbit of The Electron In Hydrogen-like Atom 类氢原子椭圆轨道理论的再探讨
Considering the fine structure of energy level, the energies of spectrum lines are subdivided through Hydrogen-like approximation. The method of calculation for photoabsorption coefficient in the bound-bound transition of the average atom model is improved. 考虑到能级的精细结构,将谱线能级用类氢近似细分,改进了平均原子模型中束缚-束缚跃迁吸收系数的计算方法。
The energy and polarizability of a model hydrogen-like atom limited in a spherical shell of radius ru are calculated using new trial wave-function. The energy and polarizability are obtained as functions of the radius ru and corresponding pressure p. 本文采用新的试探波函数,对于关闭在半径为r0球壳内的类氢原子模型,计算了其能量和极化率随球壳半径r0和相应压强的变化规律。
A new calculation of energy and polarizability of hydrogen-like atom under high pressure 高压类氢原子能量与极化率的另一种计算
First of all, we review briefly the noncommutative quantum mechanics, as well as the hydrogen-like atom in relativistic quantum mechanics. 我们首先回顾了非对易量子理论以及相对论量子力学中的类氢原子。
In this thesis, we study the relativistic hydrogen-like atom on noncommutative phase space. 本文研究了非对易相空间中的类氢原子的相对论能级。
Then by using the Bopp shift, we obtain the Hamiltonian of hydrogen-like atom on noncommutative phase space. 然后,利用Bopp变换求出了非对易相空间中的类氢原子的哈密顿量。