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The method predicts radiation performance characteristics in antenna systems using radomes, highlighting E- and H-polarization effects.
A method is presented for creating the two-dimensional mathematical model for predicting radiation performance characteristics of antenna systems used by active airborne radars, in which antennas are placed under radio-transparent fairings (radomes). The method is based on solving the sets of equations that involve the volume integrals (representing the field inside the layer of fairing material). Analysis of radiation performance of antenna under radome is done using the two-dimensional model of the B1.01M phased array antenna borne by the Mig-31 fighter. Radiation performance is analyzed with regard to the antenna directivity pattern, which is obtained using the proposed method given both E- and H-polarizations of radiated radar beam.
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S. Kukobko (2025) studied this question.
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