Overview

The book consists of two parts: Part I focuses on the motion of charged particles in static fields, the theory of electron lenses, and the problems of formation and transport of intense electron beams are considered; Part II covers the principles and theory of the interaction of electron beams with electromagnetic waves in quasi-stationary systems (diodes, klystrons), systems with continuous interactions, crossed-field systems and, finally, the extensive class of systems based on the stimulated radiation of classical electron oscillators: classical electron masers (CEM) including gyrotrons, classical auto-resonance masers (CARM), and free-electron lasers (FEL)). Attention is given to the relativistic beams and corresponding powerful relativistic devices that occupy the center stage of the contemporary vacuum electronics. This book also spends time on the methods of the theory. Exercise problems, discussions of models and approximations, and derivations of formulas are shown as completely as possible.

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9786610654499

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