beam charge neutralization 射束电荷中和
Anti-Beam Depth Charge 反光束爆雷 ; 光束爆雷
charge particle beam 荷电粒子束
Lateral micro-ion beam induced charge 侧向微束离子诱导电荷
charge-particle beam 荷电粒子束
Beam Charge Asymmetry 电荷不对称度
space charge dominated beam 强流束
Beam Depth Charge 反光束爆雷
Ion beam induced charge 离子束诱导电荷显微术
The SIMS technique bombards the lunar samples with a primary ion beam that allows the researchers to separate the ions with a magnet, depending on the charge.
SIMS技术可以以离子束轰击月岩样本，从而使研究人员调整电荷水平，用磁石分离出离子。
The effect of field strength, initial phase, bunch shape and charge on electron beam transverse emittance is also explored by numeric simulation method.
利用数值模拟方法研究了加速场强、注入相位、束团大小、形状、电荷等因素对束流横向发射度产生的影响。
The space charge effect and the beam loading effect are considered in the equation of beam dynamics.
粒子运动方程中考虑了空间电荷效应和束流负载效应。
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