电动力学：问题与解法（英文）

电动力学：问题与解法（英文）
作　者： 卡罗来纳·C 伊利耶 撒迦利亚·S 施雷森戈斯特
出版社： 哈尔滨工业大学出版社
丛编项： 国外优秀物理著作原版系列
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作者简介

　　卡罗来纳·C.伊利耶is an Associate Professor with tenure at the State University of New York at Oswego. She taught Electromagnetic Theory for almost ten years and she designed various problems for her students' exams， group work and quizzes and was excited to work on the two books on electromagnetism and electrodynamics during the last two years. Dr Ilie received her PhD in Physics and Astronomy at the University of Nebraska at Lincoln， an MSc in Physics at the Ohio State University and another MSc in Physics at the University of Bucharest， Romania. She received the President's Award for Teaching Excellence in 2016 and the Provost Award for Mentoring in Scholarly and Creative Activity in 2013. She lives in Central New York with her spouse， also a physicist， and their two sons.

内容简介

电动力学是研究电磁现象的经典的动力学理论，它主要研究电磁场的基本属性、运动规律以及电磁场和带电物质的相互作用。本书共分五章，讨论了与麦克斯韦方程、守恒定律、电磁波、势、场和辐射有关的主要概念和方法。本书还在对应的知识点中添加了简要的理论注释和公式，提出了电动力学中的一些基础问题。本书中关于电动力学的问题和解决方法为大学本科生更深入地理解和掌握电动力学奠定了理论基础，为研究生阶段的学习做好准备。本书适合大学师生、研究生及爱好者参考阅读。

图书目录

Preface

Acknowledgements

Author biographies

Illustrations

1 Maxwell's equations--Electrodynamics

1.1 Theory

1.1.10 hm's law

1.1.2 Joule heating law

1.1.3 Flux rule for motional electromotive force

1.1.4 Magnetic energy

1.1.5 Maxwell's equations

1.2 Problems and solutions

Bibliography

2 Conservation laws

2.1 Theory

2.1.1 Electromagnetic energy density

2.1.2 Poynting's theorem

2.1.3 Maxwell's stress tensor

2.1.4 Electromagnetic force on a charge in volume 17

2.1.5 Electromagnetic momentum density

2.1.6 Continuity equation

2.2 Problems and solutions

Bibliography

3 Electromagnetic waves

3.1 Theory

3.1.1 Intensity

3.1.2 Radiation pressure

3.1.3 Monochromatic plane wave

3.1.4 Electromagnetic waves in matter

3.1.5 Coaxial transmission line

3.2 Problems and solutions

Bibliography

4 Potentials and fields

4.1 Theory

4.1.1 Electric field

4.1.2 Gauge transformations

4.1.3 Retarded potentials

4.1.4 Jefimenko's equations

4.1.5 Lienard-Wiechert potentials

4.1.6 Moving point charge

4.2 Problems and solutions

Bibliography

5 Radiation

5.1 Theory

5.1.1 Power radiated

5.1.2 Electric dipole radiation

5.1.3 Magnetic dipole radiation

5.1.4 Larmor formula

5.1.5 Radiation fields

5.2 Problems and solutions

Bibliography

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