电磁学

本课程藉由一系列的MATLAB？文件和物理实验说明电磁学的原理。

This course features a series of MATLAB ? and physical demonstrations which help to illustrate the principles of electromagnetics .

有限元方法FEM（FiniteElementMethod）是计算电磁学中非常重要的一种方法，而当问题规模较大时或计算量较大时，传统串行单机FEM难以胜任。

Finite Element Method is an important method in computation electromagnetics , but the traditional serial FEM is difficult to solve large-scale or large computing problems .

利用MATLAB进行电磁学计算及可视化教学

Applying MATLAB in Teaching of Electromagnetism for Calculation and Visualization

Matlab在大学物理电磁学中的应用

Application of Matlab Language in Electric-Magnetism of College Physics

横电磁传输室（TEMCELL）被广泛应用在微波化学和生物电磁学的实验研究中。

TEM Cell has been widely applied in the study of microwave chemistry and bioelectromagnetics .

系统地介绍了E.电磁学中迭加原理的应用

The principle of E. The Application of Superposition in Electromagnetism

本课程包括课堂讲稿和一些用于帮助演示电磁学原理的MATLAB？示文档。

This course features lecture notes and some MATLAB ? demonstrations which help to illustrate the principles of electromagnetism .

关于电磁学CAI课件的实现

The implementation of electromagnetism CAI Course

其次介绍了计算电磁学中一种重要的数值模拟方法，即时域有限差分方法（FiniteDifferenceTimeDomain，FDTD）。

Second , we introduce an important numerical simulation in the computational electromagnetic , that is , finite difference time domain method ( FDTD ) .

RCS预估中图形电磁学方法的改进

Improved Methods for Graphical Electromagnetic Computing in RCS Prediction

固相反应制备网状Fe（CO（0.5）Ni（0.5））O5复合氧化物及其电磁学性质研究

Study on Preparation of Nanometer Reticulation Fe ( Co_ ( 0.5 ) Ni_ ( 0.5 )) O_5 by Solid-state Reaction and Electromagnetic Characteristics

CAE模型体现的物体热学、力学、电磁学等本质特征（这里只探讨力学特征）。

CAE model of the object reflects the thermal , mechanical , electromagnetic and other essential characteristics .

时域有限差分法（FDTD）在时域计算的优势，使它在工程电磁学各个领域备受重视。

The finite-difference time-domain ( FDTD ) method is wildly used in various areas of electromagnetic engineering .

时域有限差分法（FDTD）是当前计算电磁学中重要的、被广泛采用的数值方法。

The Finite-Difference Time-Domain ( FDTD ) method is an important and popular numerical method in computational electromagnetics .

时域有限差分法（Finite-DifferenceTime-DomainMethod简称FDTDMethod）是广泛应用于电磁学问题的一种时域电磁场数值计算方法。

Finite Difference Time Domain Method ( FDTD ) is one of the most popular time domain methods in numerically solving electromagnetic problems . Firstly presented by K. S.

Fe2Co（0.5）Ni（0.5）O4复合氧化物的制备及其电磁学性质

Preparation of Composite Oxide Fe_2Co_ ( 0.5 ) Ni_ ( 0.5 ) O_4 and Its Electromagnetic Property

MgFe2O4-Fe2O3纳米粉体的软化学合成及电磁学特性

Soft Chemistry Synthesis and Electromagnetism Characteristics of Nano-MgFe_2O_4-Fe_2O_3

基于计算机仿真分析的计算电磁学成为预估目标RCS一种有效可行的理论方法。

Therefore , computational electromagnetics that is based on computer simulation analysis has become an efficient method to evaluate the RCS .

金属散射体在TE波入射下的逆散射成像问题一直是计算电磁学领域的难题。

The inverse scatter-ing problems of PEC scatterers under transverse electric ( TE ) wave has been a difficult problem in computational electromagnetics .

这意味着从保持电磁学定律对于时空坐标变换不变这一要求出发，Einstein的狭义相对论并不是唯一可能的理论。

This means that the Einstein 's Special Theory of Relativity is not the unique possible theory to which the law of electromagnetism are invariant .

最后以电磁学中的RL暂态过程实验为例介绍了单片机辅助实验装置的连接、操作和读数。

Finally , a RL circuit transient experiment running by this apparatus , is given as an example .

用计算机代数系统maple分析电磁学的问题，并讨论其在电磁学教学改革中的作用。

With computer algebra systems maple . some topics on electromagnetics are analyzed and the effect on the electromagnetics teaching is discussed .

模糊电磁学是从建立在物理概念基础上的模糊起始式开始，通过严格的推导，得到实际电路元件精确的CAD公式，它含有1到2个任意常数。

Started with a physics based fuzzy formulation , the fuzzy EM does a rigorous derivation , built in with one or two arbitrary constants , and leads to an accurate CAD formula of a practical circuit component .

针对电磁辐射引起的计算机视频信息泄漏，结合电磁学和图象处理学的知识，设计出了防护型Soft－Tempest汉字字符。

For the video information leakage of computer caused by EM radiation , this paper designed a kind of Soft-Tempest Chinese font based on the technology of electromagnetics and image processing .

Helmholtz方程常出现在声学、弹性力学、电磁学等领域中，在科学研究中有重要的实用价值。

Helmholtz equation usually appears in the area of acoustics , electromagnetics and elastic mechanics . It is very important in science research .

通过对点电荷及电流的相互作用进行分析，根据Newton第三定律的推导过程，得出Newton第三定律在电磁学中成立的条件。

By analyzing interaction of point electric charge and electric current , in the deduction process of Newton 's third law , the paper discusses the preconditions of Newton 's third law in electromagnetism .

利用电磁学的理论建立了被动电磁装甲（PEMA）数学计算模型；被动电磁装甲数学建模及其受力仿真

Establishment of Mathematic Model of Passive Electromagnetic Armor and Simulation on the Experienced Force

本文简述了生物电磁学的发展概况，分析了磁共振成像（MRI）中由时变梯度场感应的涡流对人体外周神经刺激（PNS）和心脏刺激等生物效应机理。

This paper introduced the progress of bioelectromagnetics briefly , analyzed the biological effects mechanism , such as peripheral nerve and cardiac stimulated by the induced currents of transient magnetic fields in a MRI scan .

FDTD能够求出任一点在任何时刻的电磁场，又具有很好的稳定性和收敛性，在复杂的工程电磁学领域得到广泛应用。

The electromagnetic fields in each time and space point can be obtained by FDTD method with good stability and convergence . The FDTD method is widespread applied in the complex engineering electromagnetic area .

生物电磁学（bioelectromagnetics）是研究生物体内和生物体间电磁现象的一门新兴学科。

Bioelectromagnetics ( BEM ) is the study of electromagnetic phenomena within and between biological systems .