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This is a companion volume to Electromagnetism for Electronic Engineers (3rd edn.
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About the book
Nasir Musa ★★★★★
Very easy to follow and comprehend. It'll serve not only students of engineering but physics also.
Abba B Gana ★★★★★
With its incisive and derivations worked examples the book will encourage engineering students to develop skills in electromagnetisims
This is a companion volume to Electromagnetism for Electronic Engineers (3rd edn.) (Ventus, 2009). It contains the worked examples, together with worked solutions to the end of chapter examples, which featured in the previous edition of the book. I have discovered and corrected a number of mistakes in the previous edition.
I hope that students will find these 88 worked examples helpful in illustrating how the fundamental laws of electromagnetism can be applied to a range of problems. I have maintained the emphasis on examples which may be of practical value and on the assumptions and approximations which are needed. In many cases the purpose of the calculations is to find the circuit properties of a component so that the link between the complementary circuit and field descriptions of a problem are illustrated.
1 Electrostatics in free space
1.2 Summary of the methods available
2. Dielectric materials and capacitance
2.2 Summary of the methods available
3. Steady electric currents
3.2 Summary of the methods available
4. The magnetic effects of electric currents
4.2 Summary of the methods available
5. The magnetic effects of iron
5.2 Summary of the methods available
6. Electromagnetic induction
6.2 Summary of the methods available
7. Transmission lines
7.2 Summary of the methods available
8. Maxwell’s equations and electromagnetic waves
8.2 Summary of the methods available
About the Author
Richard G. Carter graduated in physics from the University of Cambridge in 1965 and received his PhD in electronic engineering from the University of Wales in 1968.
From 1968 to 1972 he worked on high power travelling-wave tubes as a Development Engineer at English Electric Valve Co. Ltd.. He joined the Engineering Department of the University of Lancaster as a Lecturer in 1972 and was promoted to Senior Lecturer in 1986 and Professor of Electronic Engineering in 1996. He became an Emeritus Professor on his retirement in 2009. His research interests include electromagnetics and microwave engineering with particular reference to the theory, design and computer modelling of microwave tubes and particle accelerators. He is the author of two books and numerous papers in the field.
Professor Carter is a Fellow of the IET, a Senior Member of IEEE and a member of the Vacuum Electronics Technical Committees of the IEEE Electron Devices Society. He received the IVEC 2009 Award for Excellence in Vacuum Electronics for ‘a life-long commitment to education in vacuum electronics and visionary leadership in academia and technical research in the field’.