1.
physics of electronic and atomic collisio
电子碰撞和原子碰撞物理学
2.
Coupled-Channels Optical Potential Method for Positron-magnesium Collisions;
正电子与镁原子碰撞的耦合通道光学势方法的理论研究
3.
the physical process in which particles are deflected haphazardly as a result of collisions.
由于碰撞粒子随机偏转的物理过程。
4.
Use of 3DSMAX dynamic panel;
用3DSMAX动力学面板模拟物理碰撞现象
5.
Time-dependent Quantum Dynamics Study for Polyatomic Molecule Reaction Collision;
多原子分子反应碰撞的含时量子动力学研究
6.
Theoretical Studies of Collision-induced Energy Transfer within Diatomic Molecules in Excited States;
双原子分子激发态碰撞能量转移的理论研究
7.
Theoretical calculation of scattering cross sections in Ar-H_2 collision
Ar原子与H_2低能碰撞分波截面的理论研究
8.
VUASICLASSIOL TRAJECTORY METHOD FOR COLLISION DYNAMICS OF DIOTOMIC MOLECULAR-SOLID SUAFACE
双原分子—固体表面碰撞动态学的准经典轨迹法
9.
Relativistic Distorted Wave Study on the Electronatom (Ion) Impact Excitations;
电子与原子（离子）碰撞激发过程的相对论扭曲波理论研究
10.
Physicists study these collisions and particles to increase their understanding of matter and energy.
物理学家们研究这种碰撞和粒子以便增进他们对物质和能量的了解。
11.
"Scattering : In physics, the change in direction of motion of a particle because of a collision with another particle. "
散射: 物理学中一个粒子与另一个粒子碰撞时运动方向发生改变的现象。
12.
Theoretical Studies of Photoionization and Electron Collision Scattering Cross Sections of Atoms;
原子的光电离截面及电子碰撞散射截面的理论研究
13.
Theoretical Research on Process of Excitation and Ionization in Electron-Complicated Atoms Scattering
对电子与复杂原子碰撞中激发与电离过程的理论研究
14.
Theoretical calculation of Lα x-ray production cross sections of Ga,As,Pt,W,and Au atoms by electron impact
电子碰撞Ga,As,Pt,W和Au原子Lα X射线产生截面的理论计算
15.
Collisional Energy Transfer between Alkali Atoms and Alkali Molecules;
碱金属原子与分子间的碰撞能量转移
16.
Close-coupling calculation of the cross sections for collision between helium atoms and hydrogen iodide molecules
He原子与HI分子碰撞截面的密耦计算
17.
Coupled-channel Optical Calculation of Low-energy Electron-Sodium Scattering
耦合通道光学势方法研究低能下电子同钠原子的碰撞
18.
We must recall that this reaction involves not just the encounter of two molecules and constituent atoms.
我们必须强调指出，该反应不只是两个分子碰撞和组成原子的碰撞。