1.
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。
2.
Research on Propagation of High Energy Charged Particle Beams in Media Materials;
高能强流带电粒子束在介质中的传输研究
3.
The power source is not microwave radiation but is either a laser beam or a charged particle beam.
能量的来源不是微波幅射，而是雷射光束或是带电粒子束。
4.
It is shown that the propagation of charged-particle beam can be made in complete analogy with the transmission of ellipse-Gaussian light beam in paraxial approximation.
傍轴近似下带电粒子束传输可完全类比于近轴光线椭圆高斯光束的传输。
5.
neutral particle
中性粒子，不带电粒子
6.
Study on Description of Real Ultra-Intense Laser Beam and Characteristics of Laser Particle Acceleration;
实际高强度激光束的描述和激光加速带电粒子特性的研究
7.
a collimated flow of particles (atoms or electrons or molecules).
一束校准后的粒子流（原子、电子或分子）。
8.
instrumental charged-particle activation analysis
仪器带电粒子活化分析
9.
instantaneous orbit of charged particle
带电粒子的瞬时轨道
10.
charged particle scintillation spectrometer
带电粒子闪烁能谱仪
11.
charged particle energy analyzer
带电粒子能量分析仪
12.
active particles playing an important role in EB curing process;
电子束固化过程中起作用的活性粒子；
13.
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。
14.
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。
15.
unbound particle
无束缚粒子，自由粒子
16.
Spatial Clustering with Obstacles Constraints Based on PSO and K-Medoids
粒子群K-Medoids带障碍约束空间聚类分析研究
17.
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。
18.
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。