Characteristic properties of radiation patterns of some types of bivibrator asymmetrical radiators

Abstract

Three coordinate surfaces are drawn through the point of connection of feeder with a whip aerial which is allocated over a conductive body of object (aircraft, vehicle, tower, ...). In this case in each of them a conducting circuit with a configuration coinciding with a form of a corresponding body section will be separated. Each of a circuit separated in such way can be interpreted as the second vibrator that in common with a permanent rod aerial forms a bi-vibrator asymmetrical radiating system with a standing current wave.

It was established that the geometric dimensions of contour, formed by the conforming section of body with the coordinate surface, have significant effect on the resulting RP of emitting system of the "monopole–conducting body of object" type.