Elektrische Felder und Wellen / Electric Fields and Waves

Statische Felder und stationäre Ströme.- I. Die physikalischen Begriffe und Gesetze der statischen elektrischen und magnetischen Felder.- II. Eigenschaften und Berechnungsmethoden skalarer und vektorieller Potentialfelder.- III. Zweidimensionale Probleme.- IV. Dreidimensionale Probleme.- V. Numerische, graphische und experimentelle Feldbestimmungen.- Literatur.- Quasi-Stationary and Nonstationary Currents in Electric Circuits.- A. Essentials of electromagnetic theory.- B. Electric circuits: the internal and external fields.- C. Transmission-line theory.- D. Radiating circuits: antennas.- E. Receiving circuits: antennas.- General references.- Electromagnetic Waveguides and Resonators.- A. Wave propagation in lossless cylindrical tubes.- B. Transmission-line analogy of waveguide propagation.- C. Cylindrical waveguides.- D. Miscellaneous waveguides.- E. Slow-wave and surface-wave guiding structures.- F. Waveguide junctions.- G. Cavity resonators.- Propagation of Electromagnetic Waves.- I. Propagation of electromagnetic waves through free space.- II. Transmitters as sources of electromagnetic fields.- III. Focussing of antenna radiation.- IV. Propagation of radio waves not significantly influenced by the earth’s curvature.- V. Propagation of radio waves around the curved earth.- General references.- The Dispersion and Absorption of Electromagnetic Waves.- A. Introduction.- B. Low frequency measurements.- C. High-frequency measurements.- D. Dielectric properties of mixtures.- E. Experimental results for typical dielectric materials.- General references.- Sachverzeichnis (Deutsch-Englisch).- Subject Index (English-German).