1.
Another Attempt to Derive the Relativistic Transformation of Electromagnetic Field;
导出电磁场相对论变换的又一种尝试
2.
A Method of Teaching the Relativistic Transformation of Electromagnetic Field in General Physics;
普通物理中电磁场相对论变换的一种讲授方法
3.
Movement of Charged Particles in the Orthogonal Magnetic Fields under Relativistic Transformation
相对论变换下带电粒子在正交电磁场中的运动
4.
THE RELATIVASTIC TRANSFORMATION OF ENERGYFLOW DENSITY VECTOR AND ENERGY DENSITYOF ELECTROMAGNETIC FIELD
电磁场能流密度矢量与能量密度的相对论变换
5.
On the energy exchange between relativistic electrons in periodic magnetic field and light radiation
周期磁场中的相对论电子与光辐射的能量交换
6.
On the Invariant Transformation of Electromagnetic Field and Wave Equations
关于电磁场方程和电磁波方程的不变性变换
7.
Under the Principle of Relativism,Search for an Movement Orbit of an Electrified Particle in the Electromagnetic Field
相对论原理下带电粒子在均匀电磁场中的轨迹
8.
The Transformation Equations of Electromagnetic Field from the Formula of Lorents Force;
从洛伦兹力公式导出电磁场变换方程
9.
Each Other Effect of the Relativistic Electron and the Scattered Optical Field in the Walking-wave Magnetic Field;
在行波磁场中相对论性电子与散射光场之间的相互作用
10.
Atoms are deformed into long cylinders thinner than the quantum-relativistic wavelength of an electron[ see box on opposite page].
原子会变形成长条状，其厚度比电子的相对论量子波长还来的短（看第54页〈强磁场下的物理〉。
11.
Research of Compton Radiation of Relativistic Charged Particles in Laser Electromagnetic Field;
相对论荷电粒子在激光电磁场中康普顿辐射的研究
12.
Similarly, magnetic fields are generated by electric currents and by time-varying electric fields.
相仿地，磁场由电流和随时间变化的电场产生。
13.
Tne equations of electromagnetism weathered the revolution of relativity unchanged.
经受过相对论变革之后的电磁学方程并没有变化。
14.
heating of an insulator by a high-frequency electric field.
用快速变化的电磁场对非导电体加热。
15.
To vary the frequency, amplitude, phase, or other characteristic of(electromagnetic waves).
调制变换（电磁波的）频率，振幅，周相或其它特点
16.
The Study of Quasistatic Magnetic and Electric Fields Generation and Relativistic Electron Acceleration in Intense Laser Plasma Interaction
超强激光等离子体相互作用中准静态磁场和电场及相对论电子的加速研究
17.
Generation and Transmission of Intense Relativistic Annular Electron Beam without Guiding Magnetic Field
无引导磁场强流相对论环形电子束的产生与传输
18.
Influence of the magnetic field on the premartensitic phase transition temperature of NiMnGa single crystals;
磁场对NiMnGa单晶预相变温度的影响