Circular cross-polarization measurements on earth-space paths at 11,7 GHz

J. J. Schlesak1, J. I. Strickland1
1Department of Communications, Communications Research Centre, Ottawa, Canada

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Tài liệu tham khảo

Nowland (W. L.),Strickland (J. I.),Schlesak (J. J.),Olsen (R. L.). Measurements of depolarization and attenuation at 11.7 GHz by using the communications technology satellite.Electron. Letters, UK (1977),13, pp. 750–751.

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McCormick (G. C.),Hendry (A.). Depolarization by solid hydrometeors.Electron. Letters, UK (1977),13, pp. 83–84.

Bostian (C. W.),Allnutt (J. E.). Ice-crystal depolarization on satellite-earth microwave radio paths.Proc. IEE, UK (1979),126, pp. 951–960.

Nowland (W. L.),Olsen (R. L.),Shkarofsky (I. P.). Theoretical relationship between rain attenuation and depolarization.Electron. Letters, UK (1977),13, pp. 676–678.

Rustako (A. J.). An earth-space propagation measurement at Crawford Hill using the 12 GHz CTS satellite beacon.Bell Syst. tech. J., USA (1978),57, pp. 1431–1448.

Olsen (R. L.),Nowland (W. L.). Semi-empirical relations for the prediction of rain depolarization statistics: Their theoretical and experimental basis, Proc. Internat. Symposium on Antennas and Propagation, Sendai, Jap. (1978), pp. 477–480.

Oguchi (T.). Scattering properties of Pruppacher-andPitter form raindrops and cross-polarization due to rain: calculations at 11, 13, 19.3, and 34.8 GHz.Radio Sci., USA (1977),12, pp. 41–51.

***. Propagation data required for space telecommunications systems, XIVth Plenary Assembly, International Telecommunication Union. ccir report 564-1, Geneva (1978), pp. 219–239.