Directivity of rectangular aperture electromagnetic radiation
DOI:
https://doi.org/10.1109/ICATT.2003.1239195Keywords:
open-ended rectangular waveguide, optimal plane horn, reflectance gain, effective area, area use factorAbstract
On the basis of an analytical solution for a reflectance and a gain of the open-ended waveguide having cross-section a×b with wave H10 is shown for a ≥ 0.7λ, b ≥ a or a ≥ 4λ, b>0.4a, where λ is a wavelength in free space, what the gain dependence of the open ended waveguide on a/λ at a/b = const corresponds to generalized gain dependence of optimal plane horns in plains E or Hon a dimension of the horn aperture. The calculation of an effective area and an area use factor of open-ended waveguide and optimal plane horn apertures are made.References
Aizenberg, G.Z. Antennas of ultra-short waves. Moscow: State Publishing House on link and wireless, 1957 (in Russian).
Microwellenantennen. Rudolf Kuhn. Berlin: Veb Verlag Technik, 1964.
Markov, G.T.; Sazonov, D.M. Antennas. Moscow: Energy, 1975 (in Russian).
Butakova, S.V. Usage of solutions for the flat waveguide at analysis of the open-ended rectangular waveguide radiation. Antennas, No. 12 (67), pp. 48-54. 2002.
Weinstein, L.A. The diffraction theory and factorization method. Moscow: Soviet Radio, 1966 (in Russian).
Published
2003-09-14
Issue
Section
Reflector, lens and hybrid antennas
