1.
Maxwell's field equation
麦克斯韦电磁场方程
2.
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
3.
Maxwell field equations
麦克斯韦(电磁)场方程(式)
4.
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
5.
If it proves hazardous, engineers may have to cancel out the field within the living quarters using an opposing electromagnet.
如果结果显示强磁场有害人体，工程师可能就得利用相反方向的磁场来抵消船舱内的磁场。
6.
Analysis of step field weakening process under the characteristic control
特性控制方式下的有级磁场削弱过程分析
7.
Application of Integral Equation Method in Calculation of 3D Magnetic Field in Electric Furnaces
积分方程法在埋弧炉三维磁场计算中的应用
8.
MIXED INITIAL BOUNDARY VALUE PROBLEM OF THE SEMICONDUCTOR EQUATION AFFECTED BY A MAGNETIC FIELD
考虑磁场影响时半导体方程的混合初边值问题
9.
Discussion on the Basic Properties of the Maxwell Equations and Electromagnetic Field;
麦克斯韦方程组与电磁场基本属性的讨论
10.
Demonstration of Classical Electromagnetic Field Maxwell Coupled Equations;
经典电磁场麦克斯韦方程组的理论推证
11.
Application of Second Generation Wavelet Transform to Solution of Electromagnetic Integral Equations
二代小波在求解电磁场积分方程中的应用
12.
We will discuss a new theory of gravitation, in which the field equation of gravitation is similar to Maxwell equations.
它的引力场方程与电磁理论的麦克斯韦方程十分相似。
13.
SPECTRAL THEORY OF ELECTRIC AND MAGNETIC FIELDS ORIGING FROM OUTER CORE IN A 3-D INHOMOGENEOUS MANTLE (Ⅰ)--BASIC COUPLING EQUATIONS
三维非均匀地幔中深源电场和磁场的谱理论(Ⅰ)——基本耦合方程组
14.
INTEGRAL METHOD COMBINED WITH DIFFERENTIAL EQUATION METHOD TO SOLVE MAGNETOSTATIC FIELD DISTRIBUTION PROBLEMS
积分方法与微分方程法混合应用解静磁场分布问题
15.
On the Teaching Reform of Electromagnetic Fields and Waves
“电磁场与电磁波”课程改革教学研究
16.
The Teaching in Electromagnetic Field and Electromagnetic Wave Course
“电磁场与电磁波”课程的教学思考
17.
Numerical Methods in Electromagnetic Fields
电磁场中的数值方法
18.
The iron flings align themselves in the direction of the magnetic field
铁屑按磁场的方向排列。