Influence of coupling of dielectric waveguide and reflective grating on radiation characteristics

Authors

DOI:

https://doi.org/10.1109/ICATT.2005.1496910

Keywords:

antenna of diffraction radiation, planar dielectric waveguide, singular integral equation

Abstract

Influence of the gap between the planar dielectric waveguide and the reflective grating on the radiation characteristics of the antenna of diffraction radiation has been investigated on the bases of the accurate two-dimensional model. It has been shown that decreasing of the gap does not necessarily result in increasing of the efficiency of conversion of the surface waves into spatial ones. Drastic change of the radiation characteristics in the saturation mode has been revealed.

References

YEVDOKIMOV, A.P.; KRIZHANOVSKY, V.V. New direction in the technology of antenna arrays. Izestiya VUZov. Radioelektronika, 1996, v.39, n.9, p.54-60, http://radio.kpi.ua/article/view/S002134701996090075.

ANDRENKO, S.D.; PROVALOV, S.A.; SIDORENKO, Y.B. Energy characteristics of radiation of system of dielectric waveguide and grating. Rasprostranenie I Difractsiya Radiovoln V Millimetrovom I Submillimetrovom Diapazonah. Kiev: Naukova Dumka, 1984, p.203-208 [in Russian].

ANDRENKO, S.D.; PROVALOV, S.A. Concerning the interaction between the elements of the system dialectic waveguide - diffraction grating. Electrodinamica Otkrytyh Structur Millimetrovogo I Submillimetrovogo Diapazonov. Kharkov: IRE NANU, 1990, p.126-131 [in Russian].

STESHENKO, S.A.; KIRILENKO, A.A.; Chistyakova, O.V. The accurate two-dimensional model of the effect of the surface waves transformation into the spatial modes. Radiophizika I Elektronika, 2005, v.10, n.1.

GANDEL, Y.V.; YEREMENKO, C.V.; POLYANSKAYA, T.S. Mathematical Issues of the Method of Discrete Currents. Coherent Reasoning of the Numerical Method of the Discrete Singularities for 2D Problems of the Diffraction of Electromagnetic Waves. Kharkov: Kharkov State University, 1992,145 p. [in Russian].

Published

2005-06-05