20172017 IEEE First Ukraine Conference on Electrical and Computer Engineering (UKRCON)Requires access

The radiation characteristics of antenna systems with a cone-sphere radome

O. I. Sukharevsky, Vitaly Vasilets, S. V. Nechitaylo, Ivan E. Ryapolov

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Abstract

A numerical method for modeling radiation characteristics of antenna systems enclosed in a cone-sphere dielectric radome is considered. The method proposed the optimal thickness of a radome wall profile in order to decrease radiation signal losses caused by a radome. The computational results show that the maximum losses for the radome considered can be halved, if to choose the radome wall thickness to be non-uniform instead of constant.

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What this paper is about

A numerical method for modeling radiation characteristics of antenna systems enclosed in a cone-sphere dielectric radome is considered. The method proposed the optimal thickness of a radome wall profile in order to decrease radiation signal losses caused by a radome. The computational results show that the maximum losses for the radome considered can be halved, if to choose the radome wall thickness to be non-uniform instead of constant.

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Available abstract

A numerical method for modeling radiation characteristics of antenna systems enclosed in a cone-sphere dielectric radome is considered. The method proposed the optimal thickness of a radome wall profile in order to decrease radiation signal losses caused by a radome. The computational results show that the maximum losses for the radome considered can be halved, if to choose the radome wall thickness to be non-uniform instead of constant.

Key concepts: Radome, Antenna (radio), Optics, Radiation, Dielectric, Radiation pattern, Acoustics, Physics

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