[1] Atlas D, Ludla F H. Multi-wavelength radar reflectivity of hailstorms. Quart J Roy Meteor Soc,1961,87:523-534.

[2] Eccles P J and Atlas D. A dual-wavelength radar hail detector. J Appl Meteor,1973,12:847-654.

[3] Jameson A R. Use of the ratio of radar reflectivity factors at 10 and 3cm in hailstorm observations. Prepints of 17th conference on radar meteor. Amer Meteor Soc, Washington,1976. 173-180.

[4] Rinehart R E and Turtle J D. Dual-wavelength processing: some effects of mismatched antenna beam patterns.  Radio socience ,1984,19:123-131.

[5] Mccormick G G and Hendry A. Principles for the radar determination of the polarization properties of precipitation.  Radio Sci,1975,10:921-434.

[6] Mccormick G C, Allan L E and Hendry A. The backscatter Matrix of ice samples: its relation to the identification of hail by radar. J Appl Meteor,1979,18:77-84.

[7] Hendry. A and Antar Y M M. Precipitation particle identification with centimeter wavelength dual polarization radars. Radio Sci,1984,19:115-122.

[8] Seliga T A and Bringi V N. Potential use of radar differential reflectivity measurement at orthogonal polarizations for measurfing precipitation. J Appl Meteor,1976, 15:69-76.

[9] Prappacher H R and Beard K V. A wind tunnel in vestigation of the internal velocity in air. Q J Roy Meteor Soc, 1970,96:247-256.

[10] Bringi V N, Seliga T A and Aydin K. Hail detection with a differential reflectivity radar. Science, 1984,225:1145-1147.

[11] Hall M P M, Goddard J W F and Cheny S M. Identification of hydrometeors and other targets by dual-polarization radar.Radio Sci, 1984,19:132-140.

[12] Aydin K and Seliga T A. Remote sensing of hail with a dual-linear polarization radar. J Appl Meteor,1986,25:475-1485.

[13] Herzegh P H and Carbone R E. The influence of antenna illumination function characteristics on differential reflectivity measurements. Preprints of 22nd conference on radar meteor. 1984. 281-286.

[14] Seliga T A, Aydin K and Balaij V. Dual polarization radar observations of hail producing suppercell storm during MAY-POLE' preprints of 23rd conference on radar meteor. Amer Meteor Soc. Snowmass,Colorado,1986.

[15] Balaji V, Aydin K and Seliga T A. Comparison of dual polarization and dual wavelength radar bail signals using data obtained during MAYPOLE' 84. Preprints of 23rd conference on radar meteor. 1986. 83-87.

[16] Vivekanandan J,Bringi V N, Rasnussen R M and Tuttle J D. Differential reflectivity radar and aircraft measurements of melting Meteor hydrometeors: comparison with a microphysics melting model. Preprints of 22nd conference on radar meteor. Amer Soc zurich, Switzerland. 1984. 421-426.

[17] Aydin K arid Seliga T A. A new wavelength hail signal derived from differential reflectivity(Z_DR) dual polarization.radar measurement:comparisons with the Z_DR hail signal in MAYPOLE' 83. Preprints of 22nd conference on radar meteor. 1984.409-414.

[18] Aydin K and Seliga T A. Differential radar scattering properties of model hail and mixed-phase hydrometeors.  Radio Science,1984,19:58-66.

[19] Meischner P and Jank T. Multiple Z_DR measurement in convective and stratiform clouds using the C band polarization DFVLR radar. Preprints of 24th conference on radar meteor. Tallahassee. Florida,1989. 342-344.

[20] 徐宝祥，吕应刚，张鸿发，叶宗秀，蔡启铭.线一园偏振波天气雷达的改装及初步观测结果.气象学报，1984,42(4):416-422.

[21] 王致君，蔡启铭，徐宝祥.713雷达的双线偏振改装.高原气象，1988，7(2):177-185.

[22] 蔡启铭，徐宝祥，刘黎平.降雨强度、雨区衰减与双线偏振雷达观测量关系的研究.高原气象，1990，9(4):347 -355.

[23] 刘黎平，徐宝祥，蔡启铭.不同相态的模式雹块对5. 6cm雷达波散射及衰减特性的研究.高原气象，1991,10(1):26-33.

[24] 徐宝祥，王致君等.Study Applications of C-band dual linear polarization radar in meteorology. ACTA Meteor Sinica,1991,5(3):285-292.

[25] 刘黎平，徐宝祥，王致君.用双线偏振雷达研究冰雹云.大气科学，1992，16(3):370- 376.