NUMERICAL MODELING OF DIFFRACTION OF ELECTRO-MAGNETIC FIELD ON
RADIO-ABSORBING MATERIAL INSIDE THE COMPACT RANGE
A. V. Nikitenko1,2,
A. S. Zubov2, A. N. Bogolyubov1
Moscow State University, faculty of physics, Moscow
of Theoretical and Applied Electrodynamics of RAS.
The paper is
received on November 9, 2015
Numerical model for
electro-magnetic field in the compact range is developed. The model takes into
account several factors that affect quasi-plane field in the quiet zone,
factors produced by imperfection of radio-absorbing material in particular. A rigorous
method for solving diffraction of the collimatorís field on RAM problem is presented.
Results of computer simulations of the field in the compact range are
3D RCWA, radio-absorbing material,
unechoic chamber, compact range.