Radiation of Multibeam Microwave Generator on Electron-Oscillator Flows
Spatially distributed generators on electron-oscillator flows are promising for high-power microwave radiation. In the case of multibeam generator output microwave energy of each beam can be made via antenna assemblies that determine the polarization of the field including a linear polarization in one direction of the coordinate axes. By the method of the non-linear nonstationary theory developed the discrete model of the multibeam microwave generator based on use of the equivalent self-oscillators with slowly varying amplitudes and phases. Formation of an antenna radiation field in three-dimensional approximation on the example of cylindrical ring system of radiators is considered. Each ring consists of a large number dipoles oriented in the longitudinal direction.