Maxwell´s Equations

This book focuses on the derivation and solution of Maxwell's equations. The stations along the way include the laws of potential and current density distribution, as well as the laws of electrostatics and stationary magnetic fields. The book is chiefly intended for students of electrical engineering, information technology, and physics; the goal is to prepare them for courses on Electromagnetic Field Theory (EFT). Building on what they have learned in advanced physics and mathematics courses at secondary school or technical college, it is intended to accompany university-level EFT courses. Particular importance is attached to detailed explanations in text form, combined with a wealth of illustrations. All formulas are derived step by step.

Offers an easy introduction to Theoretical Electrical Engineering and Electromagnetic Field Theory Bridges the gap between secondary-school-level content and university lectures on Theoretical Electrical Engineering and Electromagnetic Field Theory All formulas are derived step by step

Autorentext

Prof. Dipl.-Ing. Jürgen Donnevert has taught and researched in the fields of transmission systems, optical communication engineering, radio relay technology, and mobile communications.

Klappentext

This book focuses on the derivation and solution of Maxwell s equations. The stations along the way include the laws of potential and current density distribution, as well as the laws of electrostatics and stationary magnetic fields. The book is chiefly intended for students of electrical engineering, information technology, and physics; the goal is to prepare them for courses on Electromagnetic Field Theory (EFT). Building on what they have learned in advanced physics and mathematics courses at secondary school or technical college, it is intended to accompany university-level EFT courses. Particular importance is attached to detailed explanations in text form, combined with a wealth of illustrations. All formulas are derived step by step.

Inhalt

Potential and Current Density Distribution. Electrostatics.- The Stationary Magnetic Field.- Time-Varying Electric and Magnetic Fields.- Wave Propagation.- Appendix: Verification of the Calculation Rules for Vector Analysis.