原子能级

量子数亏损对碱金属原子能级的影响

The influence of quantum number loss on alkaline metal atomic energy level

由塞曼效应实验测量原子能级g因子的方法

A method for measuring the Lande factor of atomic energy level by Zeeman effect experiment

关于K氢原子能级移动的无参数计算

Nonparameter calculation of the energy shift for K hydrogen atom

光子统计特性对原子能级ACStark移动的影响

The Effect of Photon Statistics on AC Stark Shift of Atomic Level

类Kerr介质对双光子J&C模型中原子能级占有几率的影响

Influence of Kerr-like medium on the atomic level occupation probabilities in the two-photon Jaynes-Cummings model

双光子激发测量Xe原子能级寿命

Measuring Xe atom energy level lifetimes with two photon excited

本文还对氢原子能级简并解除进行了探讨，主要是研究了处在正交线性非均匀电场中的氢原子以及处在均匀高强度磁场（B＜10~6T）中的氢原子。

Further more , the removal of the degeneracy of the hydrogen atom is discussed , mainly studying the hydrogen atom in two orthogonal non-uniform electric fields and in high uniform magnetic field .

原子能级的Zeeman互组合效应

Effect of Zeeman Inter combination of Atomic Energy Levels

原子能级简并的双光子J-C模型耗散动力学

Dissipation dynamics of two-photon Jaynes-Cummings model with degenerate atomic levels

讨论了Markovian场中幅度、相位涨落对测量原子能级分裂精度的影响。

The effects of amplitude fluctuation and phase diffusing in the measurement of the energy-level difference are discussed .

在交流Stark效应的实验观测中，原子能级的移动是借助探测场谱线位置的移动来进行测量的。

In the experiments of ac Stark effect , the energy level shift of atoms is measured by use of the spectroscopy peak position shift of probe field .

讨论了△Ev与界面状况和原子能级变化的相互关系，确定了生长有序的突变Si/GaP（Ⅲ）异质界面的条件，得到此时界面的价带不连续值为0.80eV。

The relation of the Δ Ev values with the status of the interface and the shift of atomic core levels is discussed . The growth condition of the abrupt and ordered Si / GaP (ⅲ) heterointerfaces is determined .

Jaynes-Cummings模型的非共振行为&原子能级占有几率和场的相干特性

Non-resonance behaviour of the Jaynes-Cummings ( JC ) model & The atomic level occupation probabilities and coherent properties of the optical field

MIBK双溶剂萃取法制备原子能级氧化锆和氧化铪的工艺设计

The Craft of the MIBK Solvent Pairs Separation System Produces the Atomic Energy Level Zirconium Oxide and the Oxidized Hafnium

首先使用Debye模型研究了等离子体屏蔽对氢原子能级、束缚-束缚跃迁的振子强度和光电离截面的影响。

The plasma screening effects on energy levels , oscillator strength of bound-bound transitions and photoionization cross sections of hydrogen atom are studied .

用EBK量子化方法对原子能级的计算

Calculation of the atomic energies by EBK quantization procedure

本文用微扰论方法，推导氢原子能级精细结构公式，其结果同用狄拉克（Dirac）理论的推导结果相一致，均与实验相符合。

Based on the perturbation theory , the fine structure formula of hydrogen energy level is deduced . It accords with the result of experiments and the conclusion drawn by Dirac theory .

运用密度算符方法，讨论了该模型原子能级算符光子数分布、平均光子数等性质，比较了该模型与标准JC模型结果的区别。

By means of the method of density matrix , the properties of the average values of the atomic level operator , the average photon number , the distribution of the photon number of the JCM are discussed and this JCM is compared with the usual JCM .

一种推导氢原子能级和定态波函数的方法

A Derivation of Energy Levels and Stationary States of Hydrogen Atom

用线性变分法计算氦原子能级

Linear Variation Method for Calculating Energy Levels of the Helium Atom

用旋量零标架方法计算氢原子能级

Calculation of relativistic energy levels of hydrogen atom by spinor method

求解氢原子能级及其波函数的SO（4）群方法

The SO ( 4 ) Group and the Hydrogen Atom

原子能级精细结构中一些问题的分析

The Analysis for Somo Problems of the Structure of the Atomic Spectrum

利用塞曼效应实验研究原子能级结构

Studying the structure of atom on the basis of Zeeman effect experiment

碱金属原子能级的分裂规律

The Fission Law of Alkaline Metal Atom Energy Level

用初等方法导出原子能级的精细结构公式

A derivation to fine structure formula of atomic energy levels by elementary method

基于原子能级的多电子多原子分子的能量表达式

Energy Expressions of the Many-Electron Polyatomic Molecules Based on the Atomic Energy Levels

这一方案不需要辅助的原子能级。

The scheme does not require the auxiliary level .

对用光谱项作碱金属原子能级图的探讨

The investigation on making atomic energy diagram of base metal using spectroscopic term

高剥离态原子能级的等电子序列拟合公式

Fitted Formulas of Energy Levels Along an Isoelectronic Sequence in Highy Charged Ions