Current distribution in radial impedance monopole on spherical scatterer

In the present report the solution of the problem of electrical current distribution along thin radial impedance monopole, located on perfectly conducting sphere, has been found in pure electrodynamical statement. The approximate analytical solution of the integral equation has been obtained by the method of iterations both for the case of excitation of the monopole by a δ-generator of voltage, located at finite distance over the spherical scatterer, and at the excitation of the monopole at its basis.