Paper Publications

• [1] 蒋银丰.双偏振雷达和双频测雨雷达反射率因子对比.应用气象学报,31(5):608-619
• [2] 寇蕾蕾.Statistical Modeling with a Hidden Markov Tree and High-resolution Interpolation for Spaceborne Radar Reflectivity in the Wavelet Domain.Advances in Atmospheric Sciences.2020,37(12):1359-1374
• [3] C波段双偏振多普勒天气雷达资料分析及在定量估计降水中的应用研究.热带气象学报.2018,34(4):460-471
• [4] Three-dimensional Fusion of Spaceborne and Ground Radar Reflectivity Data Using a Neural Network-Based Approach.ADVANCES IN ATMOSPHERIC SCIENCES.2018,35(3):346-359
• [5] 基于小波域高斯尺度混合模型的天气雷达图像高分辨率插值.气象学报.2019,71(1):142-153
• [6] 电波传播对L波段地球同步轨道圆迹 SAR 重轨干涉性能的影响.遥感技术与应用.2016,31(6):1100-1106
• [7] TRMM星载测雨雷达和地基雷达反射率因子数据的三维融合.气象学报.2016,74(2):285-297
• [8] Three-dimensional Fusion of Reflectivities from Space and Ground Radar Observations.2014 SPIE conference.2014
• [9] Repeat-pass interferometric performance analysis for geosynchronous circular SAR.2014 SPIE conference.2014
• [10] Effect of temporal variation in tropospheric refractive index on GEOCSAR imaging.IET International Radar Conference 2013.2013
• [11] High sidelobe effects on interferometric coherence for circular SAR imaging geometry.Journal of Systems Engineering and Electronics.2013,24(1):76-83
• [12] Tropospheric effects on L-band geosynchronous circular SAR imaging.IET Radar Sonar and Navigation.2013,7(6):693-701
• [13] Effects on Three-Dimensional Geosynchronous Circular SAR Imaging by Orbit Errors.Journal of the Indian Society of Remote Sensing.2014,42(1):1-12
• [14] Spatial Baseline Decorrelation of Geosynchronous Circular SAR interferometry.IEEE Radar.2011
• [15] Ionospheric effects on three-dimensional imaging of L-band geosynchronous circular synthetic aperture radar.IET Radar Sonar and Navigation.2014,8(8):875-884