1.
The experimental results show that the amplitude of vibration decreases and the resonance peak moves to higher frequency as the strength of electric field increases.
实验表明，随外加电场强度增加，结构振动幅值减小，系统谐振峰向高频方向移动。
2.
An ambient field aids the magnetization from the exciting current.
背景场加强了激励电流的磁化强度。
3.
received field strength
接收(电)场强(度)
4.
radio-field strength
无线电场强(度), 射电场强(度)
5.
The force of attraction is dependent on the strength of the magnetic field that again is dependent upon the strength of the current.
引力取决于磁场强度，磁场强度取决于电流强度。
6.
minimum required receiving field intensity
最低要求接收电场强度
7.
optical fibre electric field strength sensor
光纤电场强度传感器
8.
The Result is the Same to find Electric Field bySuperposition Principle or Electric Potential Grodient
用叠加原理法与电势梯度法求场强其结果应是一致的
9.
The Effects of Pulsed Electromagnetic Fields on Rat Mesenchymal Stem Cell;
低强度脉冲电磁场对体外培养大鼠骨髓间充质干细胞的影响
10.
Under the Mechanical Loads and the Electric Current the Crack Tip s Stress Field and Stress Intensity Factor;
外载荷作用下裂纹尖端通电时瞬间应力场及应力强度因子
11.
Discussion on the Electric Field Intensity and the Effect Force of Electric Field On Charges;
电场强度与电场对点电荷的作用力的讨论
12.
The affection to water clusters on temperatures and electric fields by molecular dynamics simulation
温度和外加电场对水分子团簇影响的分子动力学模拟
13.
DETERMINATION OF CRITICAL FIELD STRENGTH IN ELEC-TRONEGATIVE GAS MIXTURES
电负性混合气体临界电场强度的确定
14.
Simulation for Cathodic Electric Field Intensity in Jet Electrodeposition
喷射电沉积阴极电场强度的仿真研究
15.
Simulation of Power Frequency Field Strength of Line Electrode
线状电极工频电场强度仿真方法研究
16.
Thegelatinization temperature increases with electric field strength.
糊化温度随电场强度的增大而升高。
17.
Electric Field Strength Numerical Calculation of the Gradient Doping Semicondouction
梯度掺杂半导体电场强度的数值计算
18.
The Detrapping of Charged Particle under Electromagnetic Wave
带电粒子在外加电磁场中去捕获问题