1.
Earthing Mode for Shielded Signal Wire of LV Circuit
弱电回路屏蔽信号线屏蔽层接地方式
2.
shielding and grounding for electronic equipment
电子设备屏蔽与接地
3.
In these cases, this cover should be kept as thin as possible.
此时，该屏蔽层应尽可能地
4.
Seismic Acquisition and Analysis in the Area of High Velocity Shielding Layers;
含高速屏蔽层的地震数据采集及分析
5.
PARSE SCREEN/EARTHING ANALYSIS OF THE FIELDBUS CONTROL SYSTEM
现场总线控制系统的屏蔽/接地分析
6.
Automobile Electronic Systems Grounding Shielding and Filtering Designs
汽车电子系统接地、屏蔽与滤波设计
7.
Again, where and how the shields are connected is important.
同理，屏蔽层的电气连接也是至关重要的。
8.
Sediments acted as a restricting control.
沉积层起着屏蔽的作用。
9.
Overburden had concealed the radioactivity.
覆盖层屏蔽掉了放射性。
10.
Anti-disturbance Techniques of Shielding and Grounding of Missile Test System
导弹测试系统的屏蔽和接地抗干扰技术
11.
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。
12.
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
13.
Research on microstructure and shielding effectiveness of Fe-Ni-B shielding coatings
Fe-Ni-B屏蔽涂层的微观结构及屏蔽性能研究
14.
Shielding Effectiveness of Double Layer Rectangular Enclosure with Apertures over Wide Frequency Range
有孔双层屏蔽腔体屏蔽效能的多模分析方法
15.
A Study on Preparation and Bonding of Electromagnetic Shielding Plywood Laminated with Conductive Film;
导电膜片叠层电磁屏蔽胶合板的制备与搭接研究
16.
Wide-angle reflection and refraction seismic has been successfully used to image zones beneath high velocity layer.
广角地震可以实现对高速屏蔽层下模糊区的地震成像。
17.
Several main anti-disturbance measures such as grounding, shielding, cableselecting and isolating were proposed.
提出了几种主要的抗干扰措施，即接地、屏蔽、电缆选择及隔离。
18.
Electromagnetic shielding, filtering and grounding are important methods in EMC design. electromagnetic shielding is the main isolated method for restraining disturbance.
电磁屏蔽、滤波、接地等技术是电磁兼容性设计的重要方法。