In the paper, we prove two theorems relating to the theory of thin impedance vibrator
radiators excited by a lumped voltage generator under rather general conditions. The first …

The problem of electromagnetic waves radiation by a vibrators system with variable
distributed surface impedance along their axes located in free space is solved by the …

A numeric-analytical solution of a problem concerning an impedance vibrator with local
asymmetric excitation is derived in the thin-wire approximation. Solution correctness is …

Using the uniform geometric diffraction theory and formula for the current amplitudes of
impedance dipoles, the field of two orthogonal pairs of pairwise parallel in-phase excited …

On the base of the method of the uniform geometric diffraction theory the asymptotic solution
of the 3D vector problem of diffraction of the field of impedance monopole placed on the …

Three-dimensional vector problems of diffraction of fields of two parallel impedance dipoles
and two orthogonal pairs of such dipoles located parallel to a perfectly conducting …

An asymptotic solution of a 3D vector diffraction problem for a vibrator system placed over a
rectangular perfectly conducting screen of finite dimensions is obtained in the framework of …

Purpose: The conditions for formation of a wave with circular polarization and extremely
achievable field density amplitude in the set directions of the main observation planes in the …

The asymptotical solution of the 3-D vector problem of diffraction of the field of the monopole
with the uniform distributed surface impedance, placed on the ideally conducting rectangular …

The 3D vector problem of diffraction of the field of two parallel resonant impedance dipoles
on a rectangular screen is solved on the base of uniform geometric diffraction theory. The …