重点讨论了电场屏蔽，高、低频磁场屏蔽和同轴电缆线的屏蔽问题。
The electrical field shield, high and low frequency magnetic shield and shield of coaxial cable are focused.
电磁脉冲辐射器是便携式电磁脉冲电场屏蔽效能测试设备的关键部分。
The EMP radiator is the key part of the portable measurement equipment of electric field shielding efficacy.
实验表明可用脉冲电场的峰值衰减量来评估屏蔽体的脉冲电场屏蔽效能。
Experimental results show that the attenuation of the maximum electric field value can reflect pulse electric field shielding effectiveness.
从干扰源性质出发，将屏蔽分为电场屏蔽、磁场屏蔽和电磁场屏蔽，并对它们进行了分析研究。
On property of interference sources, the shielding is divided into electronic shielding, magnetic shielding and electromagnetic shielding, then these shielding are studied in detail.
本文在分析各种干扰源性质的基础上，分别对电场屏蔽和磁场屏蔽进行了详细的介绍，以实现最佳的抗干扰效果。
This paper introduces in detail electronic shielding and magnetic shielding respectively based on the analysis of property of interference sources, to obtain the most anti-interference effectiveness.
为了降低电场的影响，可以制作屏蔽将被测电路包围起来。
To reduce the effects of the fields, a shield can be built to enclose the circuit being measured.
由于错误的读数可能由直流或交流静电场引起，所以静电屏蔽有助于尽量降低这种电场的影响。
The erroneous readings may be due to either DC or AC electrostatic fields, so electrostatic shielding will help minimize the effects of these fields.
由于闭合、中空导体中的电场为零，所以，使用法拉第杯就把放在其内部的物体屏蔽起来，不受大气的或任何寄生的电场的影响。
The electric field within a closed, empty conductor is zero, so the cup shields the object placed inside it from any atmospheric or stray electric fields.
综合自动增益控制(acg公司)的光抑制各种源的干扰，而内部屏蔽能阻挡电场干扰。
Integrated Automatic gain Control (ACG) suppresses all kinds of light-source disturbances, while internal shielding offers protection against electrical field disturbances.
电子屏蔽理论分析表明，电场作用增大了溶质在晶内的固溶能力。
The electron shield theory analysis shows that the electric field improves the solute solubility.
屏蔽绸是作业人员在带电设备高压电场中作业所必备的服装材料。
The shield silk fabric is an essential raw material for clothes which are used for working in high-voltage electric field.
基于该单屏蔽光电集成强电场传感器，组成了强电场测量系统，提出并实施了验证测量系统外围设备稳定性的实验方案。
An instrument system for measuring intensive electric field is implemented, based on the SAS OEFS. An experiment proving the stability of the system is proposed and carried out.
将时域电场积分方程方法引入到电磁脉冲作用下架高屏蔽电缆蒙皮电流的计算中，研究了电缆的蒙皮感应电流分布及波形特征。
The EFIE method is used to study the distribution of skin current and the characteristic of waveform in aerial shielded cable excited by EMP in this paper.
外加电场的强度和极性对稳态屏蔽光伏明孤子的空间波形有显著的影响。
The intensity and polarity of the applied field have a remarkable influence on the wave shape of steady state bright screening-photovoltaic optical soliton.
换句话说，外屏蔽把电场封闭在导线和屏蔽层之间。
In other words, the electric field is enclosed in the outer shield conductor and shield layer.
测定了TO 70XX系列单屏蔽传感器工频下的输入输出特性曲线，给出了将TO 70 XX系列单屏蔽传感器应用于实际工频电场测量的方案。
The characteristics of the TO70XX series SAS OEFS under power frequency are measured, and the procedures used in power frequency electric field measurement with TO70XX series sensors are recommended.
模拟了不同外加电压下几种静电场收集模型的离子引出收集特性、引出时间与屏蔽剥离的关系，以及碰撞和溅射效应。
Ion extraction and collecting character under different voltage, the relation of collecting time with shield stripping, and collision and sputtering effect were simulated.
对TO 70XX系列单屏蔽光电集成强电场传感器的静态偏置点的稳定性进行了实验研究。
The stability of the DC bias of the TO70XX series SAS OEFS is investigated.
对TO 70XX系列单屏蔽光电集成强电场传感器的静态偏置点的稳定性进行了实验研究。
The stability of the DC bias of the TO70XX series SAS OEFS is investigated.
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