We can describe quantities of electric magnetic field in different inertia system, and use Lorentz transformations to educe the transformations between them.
描述电磁现象的场量在不同的惯性系中有不同的量值，利用洛伦兹变换关系式导出它们之间的变换形式。
We take Lorentz force as an example to discuss the mathematical characters of non-electrostatic (external)force field.
本文以罗仑兹力为例，讨论非静电力场的数字特征。
It is made up according to the principle of that the charged particles in the air can be acted by Lorentz force in the magnetic field.
它是根据空气中的带电粒子(如有些胶体等)在磁场中受到洛仑兹力的作用原理而制成的。
Then the magnetic field gradient of these magnetic field profiles was obtained quantitatively using Lorentz fit.
用洛伦兹拟合定量地得到了三种磁场形貌的磁场梯度。
Transforming the output of frequency to the magnetic field through the feedback of Lorentz force, this device was capacitively excited and the signal was capacitively detected.
采用静电激励和静电检测，通过罗伦兹力的反馈将磁场的大小转变为频率输出。
The Hall electric field and the Lorentz force produce forces in the same direction upon the holes. Therefore, both the linearity and the sensitivity of the magnetic field sensitive current…
霍耳电场和劳仑兹力对空穴产生同一方向的作用力，所以这种磁敏管的磁敏电流的线性度和灵敏度都比较高。
The Hall electric field and the Lorentz force produce forces in the same direction upon the holes. Therefore, both the linearity and the sensitivity of the magnetic field sensitive current…
霍耳电场和劳仑兹力对空穴产生同一方向的作用力，所以这种磁敏管的磁敏电流的线性度和灵敏度都比较高。
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