1.
charged particles energy loss by ionization
带电粒子的电离能量损失
2.
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。
3.
electron energy loss spectroscopy
电子能量损失能谱法
4.
charged particle energy analyzer
带电粒子能量分析仪
5.
characteristic electron loss phenomena
特征电子能量损失现象
6.
energy resolved low-energy charged particle detector
能量分辨的低能带电粒子探测器
7.
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。
8.
The Analysis of the Characteristics on the Electron Transmittance and Ion Stopping for Ion Barrier Film of MCP;
离子壁垒膜对带电粒子的阻止和透过性能研究
9.
Deconvolution of Electron Energy Loss Spectrum of Diatomic Molecules
双原子分子电子能量损失谱的解谱方法
10.
An Investigation on the Space Charged Particale Environmental Effects of the Cover-Glass for Solar Cell;
太阳能电池板玻璃盖片的空间带电粒子环境损伤效应研究
11.
While wanting to recombine, unbound electrons also lose some of their kinetic energy through inelastic collisions with other charged particles.
自由电子在复合之前，会与其它带电粒子发生非弹性碰撞而损失其中一部分动能。
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.
Effects on the Two Photon Ionized Photoelectron Spectra by the Detuning;
失谐量对双光子电离光电子谱的影响
14.
At the same time broaden the spectrum as result of energy loss fluctuations.
与此同时，电子谱由于能量损失的涨落而展宽。
15.
The Theory and Application of Electron Energy Loss Spectroscopy in Anisotropic Materials;
各向异性材料中的电子能量损失理论及其应用
16.
The ionic theory assumes that in solutions of electrolytes the molecules are dissociated into charged particles called ions.
离子理论认为,在电解质溶液中,分子离解成被称为离子的带电微粒.
17.
Computer Simulation of Channeling Effect and Energy Loss for Slow Highly Charged Ions Grazing on the Crystal Al(111) Surface;
低速高电荷态离子在晶体Al（111）面掠射的沟道效应与能量损失的计算机模拟
18.
charged particle scintillation spectrometer
带电粒子闪烁能谱仪