. P. Rice and N. R. Holmberg, Cumulative time statistics of surface point rainfall rates, IEEE Trans, vol.21, pp.1131-1136, 1973.

E. Dutton, H. Dougherty, M. , and R. F. Jr, Prédiction of European rainfall and link performance coefficients at 8 to 30 GHz\ Inst, Telecomm. Scl, US Dep. Commerce, 1974.

K. Morita, Study on rain rate distribution, Review of the Electrocommunications Laboratories, vol.26, pp.268-277, 1978.

. B. Segal, High intensity rainfall statistics for Canada, Commun. Res. Can? Commun

C. Ottawa, , 1979.

F. Moupfouma, Distribution statistique des intensités de pluies et des affaiblissements dus à la pluie en climat èquatoriel et tropical', Ann. Télécommtau, vol.37, pp.123-128, 1982.

F. Moupfouma and J. De-reffye, Model for rainfall rate distribution, Electron. lett, vol.18, issue.11, pp.460-461, 1982.

F. Moupfouma, Model of rainfall rate distribution for system design, IEE ?roc. H, vol.132, pp.39-41, 1985.

J. Goldhirsh, Prédictive methods for rain atténuation using radar and in situ measuremnts tested against the 28 GHz Comstar Beacon Signal, IEEE Trans, pp.398-400, 1979.

R. K. Flavin, H. Kuruhara, . Yamada, N. Baba, A. Ogawa et al., Dégradation of cross polarization discrimination due to rain. On earth space at low élévation angle, Earth-space Path rain Margins above 10 GHz in Australia, vol.13, pp.858-865, 1978.

K. Yasukawa, Y. , and M. , 11 GHz rain atténuation and site diversity effect at low élévation angles, URSI XXth General Assembly, 1981.

M. Dautriche, Etude de l'affaiblissement et de la dépolarisa-tion des ondes radioélectriques à 11.575 GHz sur un trajet terresatellite, 1985.

J. M. Rooryck and M. , Prévision de l'affaiblissement dû à la pluie sur les faisceaux hertziens de la France continentale, vol.701, 1985.

, IEE PROCEEDINGS, vol.134, issue.6, p.536, 1987.

J. Joss, The variation of raindrop size distributions at Locarno, Proc. M Conf. Cloud Physics, pp.369-373, 1968.

G. O. Ajayi and R. Olsen, Modeling of a tropical raindrop size distribution for microwave and millimeter wave applications, pp.193-202, 1985.

F. Moupfouma,

J. Tiffon, Raindrop size distribution from microwave scattering measurements in equatorial and tropical climates, Elect. Letters, vol.18, issue.23

J. S. Marshall and W. M. Palmer, Broadband complex refractive indices of ice and water, J.Appl. Opt, vol.5, issue.6, pp.1836-1844, 1957.

R. L. Olsen, The aRb relation in the calculation of rain atténuation, IEEE Trans. on Ant. one Propag, vol.24, pp.319-329, 1978.

, CCIR Interim Working Party 5/2, Doc._85/48, 1985.

F. Moupfouma, Etude de la propagation des ondes radioélectriques en climat équatorial et tropical, 1982.

F. Moupfouma and J. Tiffon, Raindrop size distribution from microwave scattering measurements in equatorial and tropical climates, Electron. Utt, vol.18, pp.1012-1014, 1982.

F. Moupfouma and J. Tiffon, Etude théorique et Expérimentale de l'affaiblissement de propagation par les précipitations équatoriales, Proc. URSl (Commission F), 1983.

. Ccir, Rep. 721-1 XVtb plenary assembly Geneva, 1982.

P. Misme and J. Fimbel, Determination théorique et expérimentale de l'affaiblissement par la pluie sur un trajet radioélectrique, Ann. des Tilecomm, vol.30, 1975.

, XVth plenary assembly Geneva, pp.338-342, 1982.

, CCIR. document 5/155 (rev. 1), working-group 5-B, 1983.

F. Fedi, A simple method for predicting atténuation statistics on terrestriai and earth-space paths, Fondazione Ugo Bordoni, 1981.

, CCIR. document 5/162 (rev. 1). working group 5-D, 1983.

J. Tiffon, Etude de l'affaiblissement de propagation à 13 GHz dû aux précipitations tropicales, Ann. des Télécomm, 1983.

H. N. Kheirallah and R. L. Olsen, Frequency dependence of the effective path length, Electron. Lett, vol.16, issue.2, 1980.

(. R. Houze, Structure of atmospheric précipitation System : A global survey. Radio Sei., USA (sept, vol.16, pp.671-689, 1981.

(. W. Stutzman, Dishman (W. K.). A simple mode! for the estimation of rain-induced atténuation along earth-space paths at millimeter waveleneths

, USA, vol.17, pp.1465-1476, 1982.

*. Ccir, XVIth Plen. Ass. Dubrovnik, pp.564-567, 1986.

, Détermination théorique et expérimentale de l'affaiblissement par la pluie sur un trajet radioelectnque. Ami. Telecom.. Fr. (19'75), 30, n'jS 5-6, pp.149-158

(. F. Moupfouma, Improvement of a rain attenuation Ann. Télécommun, vol.42, pp.9-10, 1987.

F. Moupfouma, RAIN INDUCED ATTENUATION PREDICTION MODEL prédiction method for terrestrial microwave links, IEEE Trans. AP, pp.1368-1372, 1984.

, ccir Data bank for line of sight and Earth-space propagation methods, 1986.

, XVIth Plen. Ass. Dubrovnik, 1986.

, The aR" relation in the calculation of rain atténuation, IEEE Trans. AP, vol.26, pp.318-329, 1978.

(. F. Moupfouma and (. N. Spanjaard, Rain effects on microwave communications in Equatorial and Tropical régions, IEEE Global Telecommunications Conference (GLOBE-COM), pp.197-201, 1986.

. R. Pruppacher-(h and . V. Beard-(k, A wind tunnel investigation of the internai circulation and shape of water drops falling at terminal velocity in air, Quart. J. R. Met. Soc, vol.96, pp.247-256, 1970.

*. Ccir, XVIth Plen. Ass. Dubrovnik, pp.721-723, 1986.

(. F. Moupfouma, Empirical model of rainfall rates for microwave atténuation prédiction in various hydrometcorological zones, URSI (Corn. F) Open Symposium on Propagation : Remote Sensing and Communications

, New. H

C. S. Hogg-(d.-c), The role cf rain in satellite communications, Proceedings of the IEEE, vol.63, pp.1308-1331, 1975.

. U-ccir, Report, vol.563, issue.3, 1986.

A. Télécommun, , vol.42, p.12, 1987.