1.
Time-frequency analysis on influence of low resistive shielding layer in the exploration of transient electromagnetic field
瞬变电磁场探测中低阻屏蔽层影响的时-频分析
2.
Research on Shielding of Low-Resistivity Layer in Prospecting by Transient Electromagnetic Method;
瞬变电磁法勘探中的低阻层屏蔽问题研究
3.
Macromolecule composite belt shielding with low impedance and thereby enhance explode-proofness and safety of cable.
采用低阻抗的高分子复合带屏蔽，提高电缆安全防爆性能。
4.
To Confirm the Shielding Performance of Shielding Body by Using the Theory of Input Impedance of Transmission Line;
用传输线输入阻抗原理确定屏蔽体屏蔽性能
5.
Radiation shields are commonly used to reduce radiation errors.
辐射屏蔽罩一般用于降低辐射误差。
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.
Factor of shielding(shielding strength)
屏蔽系数(屏蔽隔离度)
8.
RESEARCH ON A NEW TRANSVERSE-FLUX SWITCHED RELUCTANCE MACHINE WITH PM SHIELDS
横向磁场开关磁阻电机永磁屏蔽技术研究
9.
This has the effect of blocking EMFs (electromagnetic fields) and shielding radio frequency waves.
这就有阻断电磁场、屏蔽无线电波的效应。
10.
Study on shielding functionally gradient materials with low reflection loss and high absorption loss for electromagnetic wave
低反射高吸收梯度电磁波屏蔽复合材料研究
11.
Temperature Dependence of the Low-amplitude Screening Spatial Solitons in Photorefractive Crystal;
光折变晶体中低振幅屏蔽孤子的温度特性
12.
Study on Shielding Methods of Electric Field in Extra High Voltage and Magnetic Field in Low Voltage and High Current
超高压电场和低压大电流磁场屏蔽方法研究
13.
Cryogenic Cold Shield System in Space with Surface Temperature Distribution
空间低温冷屏蔽系统及表面温度分布研究
14.
Probe into low tension shielding method in the leakage test of generator stator
发电机定子泄漏试验中低压屏蔽法探讨
15.
The Current Status of Research on Low-Reflection and High-Absorption Electromagnetic Shielding Material
低反射高吸收电磁屏蔽材料的研究现状
16.
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
17.
lead shielded nai detector
铅屏蔽nai探测器
18.
For low plate resistances, the power supply ripple is coupled to the output.
对于低屏阻胆，电源涟波会耦合到输出。