1.
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
2.
The influence of a uniform electric field on the motion and energy of the electrons in atoms is known as the Stark effect.
均匀电场对原子中电子的运动和能量的影响就是众所周知的斯塔克（stark）效应。
3.
Stark Broadening Spectral Line Profile at Different Electric Microfield Distribution Functions
不同微场分布函数对Stark线型的影响
4.
Theoretical Study on Stark Deceleration of CH Molecules and the Electric Field Measurement;
CH自由基分子Stark减速与静电场测量的理论研究
5.
Theoretical Studies on Optical Stark Deceleration and Reflection for Neutral Molecules;
中性分子束光学Stark减速与反射的理论研究
6.
Electrostatic Manipulation of Cold Polar Molecules and Their Stark Deceleration;
极性冷分子的静电操控与Stark减速的研究
7.
The Stark Broadening and Stark Shift with Different Electric Microfield Distribution Functions
不同微场分布函数对Stark加宽和频移的影响
8.
Numerical Calculation and Experimental Observation for Stark Energy Levels of Atomic Cesium at High Rydberg States
铯原子高激发态Stark能级的数值计算和实验观察
9.
Calculation of Electron Density for Lightning Discharge Plasma by NI 493.5 nm Line Stark Broadening
NI 493.5 nm谱线Stark加宽估算闪电放电等离子体电子密度
10.
inductive effect, induction effect
诱导效应，感应效应，邻位效应
11.
colchicine effect
秋水仙素效应，c效应
12.
channeling effect and blocking effect
沟道效应和阻塞效应
13.
C-C( cross-coupling effect)
交叉耦合效应，效应
14.
theory of convergence effect
聚合效应说 聚合效应说
15.
equalizing effect
均衡效应，调整效应
16.
hypsochromic effect
色光变浅效应，向紫效应
17.
embossed effect
压花效应，拷花效应，凹凸花纹效应，浮雕效应
18.
Kaiser effect
凯塞(Kaiser)效应