3D MOTION OF ELECTRONS IN KLYNOTRON-TYPE OSCILATORS. THE METHOD OF NUMERICAL ANALYSIS

Abstract
The 3D motion of electrons in the klynotron-type oscillator is analyzed by means of numerical simulations. The interaction between the electrons and both the longitudinal and transverse components of the high frequency field is taken into account. To describe the fields in a comb slowing structure, the rigorous electrodynamic solution is used, in which the features of the fields on sharp edges of the metal elements take into account. The physical model, the calculation methods for high-frequency fields and the computer integration method are described in [1]. The results of the numerical analysis of real klynotrons will be represented in the following paper.
KEY WORDS: electronics, klynotron, three-dimensionality, interaction, numerical calculation

References

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