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1·Space charge measurement is very important to study of dielectric material.

空间电荷的测量对于电介质材料的研究有重要的意义。

2·Morphology has apparent effects on electric field threshold of space charge initiation.

微观形态对空间电荷包产生的电场阈值有明显影响。

3·The existence of a space charge field and its strong focusing properties are tested experimentally.

实验验证了空间电荷场的存在及其强聚焦特性。

4·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。

5·The position and potential of the virtual cathode caused by space charge effects oscillate periodically.

空间电荷形成的虚阴极的位置和电势周期性地振荡。

6·The method is based on the surface charge method, in which the space charge effects have been considered.

该方法以表面电荷法为基础，包括了空间电荷效应的计算，并对点源结构特点进行了简化处理。

7·With sufficient forward bias, the diffusion capacitance can easily exceed the space charge region capacitance.

当正向偏压足够高时，扩散电容很容易超过空间电荷压电容。

8·The space charge field has the essence distinction in the vacuum and the electric channel with plasma-background.

研究发现电子通道填充背景等离子体，其空间电荷场与真空中的有本质差别。

9·The field-enhanced carrier generation of deep level centers in semiconductor space charge region has been studied.

本文研究了半导体表面空间电荷区中的深能级中心的电场增强载流子产生效应；

10·The experimental results show that not only space charge injection but its detrapping also makes samples breakdown.

结果表明，电介质的击穿并不总是发生在电荷的注入过程中，也可以发生在空间电荷的脱阱过程中。