1.
neutral particle
中性粒子，不带电粒子
2.
The gauge invariance of a charged particle motion in uniform magnetic field;
均匀磁场中带电粒子量子运动的规范不变性
3.
At first sight, laser beams and charged particle beams do not seem well suited for particle acceleration.
乍看之下，雷射光束和带电粒子束似乎并不适用于粒子加速上。
4.
instrumental charged-particle activation analysis
仪器带电粒子活化分析
5.
instantaneous orbit of charged particle
带电粒子的瞬时轨道
6.
charged particle scintillation spectrometer
带电粒子闪烁能谱仪
7.
charged particle energy analyzer
带电粒子能量分析仪
8.
An electromagnetic field consists of two components, an electric field that acts on charged particles (whether stationary or moving) and a magnetic field that acts only on moving charged particles.
电磁场包含两种作用形式：电场作用于带电粒子（不论粒子静止或运动）；
9.
an electrically charged particle; an atom that has lost one or more of its electrons.
带电颗粒，失去一个或多个电子的原子。
10.
Ion is electrically charged particle formed by losing or gaining electrons.
离子是获得或失去电子后带电的微粒。
11.
In an aerosol containing equal numbers of charged particles of both signs, the diffusive encounters for oppositely charged particles are more effective than for uncharged particles.
若气溶胶中含有等量正负带电粒子，那么正负带电粒子间的扩散碰撞比非带电粒子更容易实现。
12.
Electric current: Movement of electric charge carriers.
电流:带电亚原子粒子、离子或空穴等荷电粒子的运动。
13.
Study on the Method of Particle Simulation of Interaction between Charged Particles and Fileds
带电粒子与场互作用中粒子模拟方法研究
14.
charged particles energy loss by ionization
带电粒子的电离能量损失
15.
A Study of Charged Particles in Electric and Magnetic Field;
带电粒子在电磁场中运动状态的讨论
16.
Hamiltonian Functions of Charged Particles in Electric Field;
带电粒子在电场中运动的哈密顿函数
17.
Research on the Motion of Charged Particle in Vertical Electromagnetic Field;
带电粒子在正交电磁场中的运动研究
18.
The motion of the charged particles in the uniform and stable electromagnetic field;
带电粒子在均匀稳定电磁场中的运动