The paper is received on April 14, 2014
Abstract. The aim of this work is to develop an
algorithm and program for calculating the dispersion characteristics of the
resonator slow-wave systems with channel -flight filled with plasma, using the
methods of three-dimensional modeling.
To achieve this
goal the following problems were solved:
1. the problem of describing the cell resonator slow-wave system with
channel-flight filled with plasma transfer multipole matrix is formed and the
ratio for determination the dynamic characteristics of slow-wave systems of the
coefficients of the matrix are shown;
2. a review of methods for solving key problems of electrodynamics and programs
suitable for determining the coefficients of the transfer matrix multipole
modeling cell slow-wave system are given;
3. algorithm and
data processing of software simulation of three-dimensional resonator slow-wave
system are developed;
4. an analysis of
the dispersion characteristics of the resonator slow-wave systems when the
concentration of plasma is fulfilled.
Keywords:
slow-wave structure, multipole, three-dimensional modeling,
electrodynamic characteristics.