卡罗来纳·C.伊利耶is aAssociate Professor with tenure at the State University of New York at Oswego. She taught Electromagnetic Theory for almost teyears and she designed various problems for her students' exams, group work and quizzes and was excited to work othe two books oelectromagnetism and electrodynamics during the last two years. Dr Ilie received her PhD iPhysics and Astronomy at the University of Nebraska at Lincoln, aMSc iPhysics at the Ohio State University and another MSc iPhysics at the University of Bucharest, Romania. She received the President's Award for Teaching Excellence i2016 and the Provost Award for Mentoring iScholarly and Creative Activity i2013. She lives iCentral New York with her spouse, also a physicist, and their two sons.
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
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