1.
shallow bucking current attenuatio
浅侧向屏蔽电流的衰减
2.
deep bucking current attenuation
深侧向屏蔽电流的衰减
3.
Simulation Research on Visualization of Radioactive Shield Attenuation Based on OpenGL;
基于OpenGL的辐射屏蔽衰减率的仿真研究
4.
Methods of measurement of screening attenuation for coaxial cables (absorbing clamp method)
GB/T15217-1994同轴电缆屏蔽衰减测量方法(吸收钳法)
5.
Directional Research on Internal Magnetic Shielding Scheme of Large Current Transformer
大电流互感器内磁屏蔽方案的方向性研究
6.
Discussion on the Shield Power Cable’s Ultra Low Frequency Test Method
浅谈屏蔽电力电缆的超低频测试方法
7.
Calculation of Electric Loss on the Shield for Canned Inductive Motor and the ways of its Reduction
屏蔽式感应电动机屏蔽套损耗的计算及减少途径
8.
Shielding Protection for Live Working on ±800 kV DC Transmission Line
±800kV直流输电线路带电作业的屏蔽防护
9.
Study on Magnetic Shielding Effectiveness of Heavy Direct Current Sensor;
直流大电流传感器屏蔽问题的分析与研究
10.
The Influence of Shield Current on the Current Distribution in the Superconducting Conductor and Shield in of Cold Dielectric(CD) High-Temperature Superconducting(HTSC) Cables
低温绝缘(CD)高温超导电缆屏蔽层电流对超导电缆导体和屏蔽电流分布的影响
11.
Application of Shield Technology in Restraining EMI in High Voltage and Large Current Environment
屏蔽在高压大电流环境中抑制电磁干扰的应用
12.
Where should shield be connected? On side of RF source opposite cable.
屏蔽电缆可能比非屏蔽电缆辐射更强，与屏蔽体的接法有关。
13.
To decrease gradually in magnitude.Used of voltage or current.
衰减指电压或电流的逐渐减弱
14.
Performance Comparison of Different Types of Internal Magnetic Shielding on Heavy Current Transformer
大电流互感器内磁屏蔽方案的性能比较
15.
Study on Conductive Mechanism and Shielding Property of EMI Shielding Rubber;
电磁波屏蔽橡胶的导电机理与屏蔽性能研究
16.
Calculation of magnetic field and shield loss for shielded motor
屏蔽电机的磁场与屏蔽层损耗的解析计算
17.
Study on the Design and Mechanism of Electromagnetic Shielding Material Iron-Nickel Foam
泡沫Fe-Ni电磁屏蔽材料的设计与屏蔽机理研究
18.
Use a shielded cable with the high-level source circuit's return current carried in the shield( Figure18).
负载电流较大时，用屏蔽体来充当负载电流返回信号源的通道。