MODELING AND SYNTHESIS OF PRIMARY SLOT DIPOLES ANTENNA ARRAYS IN THE IDEAL CONDUCTIVE HALF-PLANE
Starting from the results of the excitation problem solution and using the asymptotic estimates of primary slot dipoles electric field superposition in ideal conductive shields, models are worked out and the characteristics are defined for antenna arrays of the longitudinal and transverse slots that are parallel to the half-plane edge. With the method of Lagrange indeterminate multipliers, the synthesis of maximum directive gain antenna arrays and array pattern zeros with the half-planes shielding effect is made