1.
The Fine Structure of a Hydrogen Atom Energy Levels in a Uniform High Magnetic Field;
在均匀强磁场中氢原子能级的精细结构
2.
An Approximative Method of Calculating Energy Level And Wave Function of Hydrogen Atom;
氢原子能级及波函数的一种近似计算法
3.
Solution of the level of approximation analytic formula and the solution of power series for hydrogen-like atoms in condition of Debye potential
德拜势中类氢原子能级近似解析式与幂级数求解
4.
The Energy Levels and Wave Functions of the Hydrogen Atom in a Non-uniform Electric Fields;
非均匀电场中氢原子的能级和波函数
5.
Simplification Formula of Energy Level for Hydrogen Atom in Stark Effect;
计算氢原子Stark效应能级的简化公式
6.
The Removal of the Degeneracy of the Energy Levels (n=2,3,4) in a Hydrogen Atom
解除氢原子(n=2,3,4)的能级简并
7.
On the Stark s Effect of n=4 Energy Level for Hydrogen Atom;
关于氢原子n=4能级的一级斯塔克效应
8.
Treating the ground states of hydrogen, positronium and helium atoms by Bohr model uniquely
用玻尔理论统一处理氢原子、电子偶素和氦原子基态能级
9.
Electron Orbit and Quantization of Energy in Hydrogen-like Atom;
类氢原子中电子轨道和能量的量子化
10.
He applied the concept of quantization of energy to the hydrogen atom.
他把能量量子化的概念用于氢原子。
11.
Determination of trace lead in feed-grade dicalcium phosphate by hydride generation atomic absorption spectrometry
氢化物发生原子吸收光谱法测定饲料级磷酸氢钙中微量铅
12.
Investigation of atomic spectra yields atomic energy levels.
原子光谱的研究能给出原子能级信息。
13.
A Study of Convergency about the Energy Levels of H_2~+ with B-splines Technology;
用B样条技术研究氢分子离子能级的收敛性
14.
The research of the monitor system for hydrogen atomic clock
基于氢原子钟智能化监控部分的改进
15.
Phase Control of Resonance-fluorescence of a Driven Cascade Three-level Atom;
级联三能级原子共振荧光的相位控制
16.
Such chlorine will also arise within the chain from any dehydrochlorination.
这种氯原子还可能由分子链中的脱氯化氢产生。
17.
The Study on the Structure, Thermochemistry, and Electron Affinities of Hydrogenated Silicon Clusters;
硅氢双原子簇结构、热化学和电子亲和能的研究
18.
Theoretic Studies on the Potential Energy Curves of Some Hydride Diatomic Molecules;
氢化物双原子分子势能曲线的理论研究