南京信息工程大学主页平台管理系统 LIN Wenming--Prof./Dr. Wenming Lin--Paper Publications

LIN Wenming Professor

姓名: 林文明性别: 男职称 : 教授最高学历: 博士所属专业: 微波遥感工作单位: 海洋科学学院所属系部: 海洋技术系研究方向: 海洋微波遥感、数据处理、雷达定标办公地点: 文德楼S514 邮箱: wenminglin@nuist.edu.cn 主要研究领域: 微波遥感学术兼职: IEEE Transactions on Geoscience and Remote Sensing期刊 Associate Editor(2023-2026) 荣誉获奖: 2023年北京市科技进步奖二等奖（3/10） 2022年度海洋工程科学技术奖一等奖（6/9） 2019年度海洋科学技术奖一等奖 (14/15) More+

Paper Publications

Prof./Dr. Wenming Lin >> Scientific Research >> Paper Publications

[1] Quality Control of Delay-Doppler Maps for Stare Processing,.IEEE Transactions on Geoscience and Remote Sensing.2019,57 (5):2990-3000
[2] Inconsistencies in scatterometer wind products based on ASCAT and OSCAT-2 collocations,.Remote Sensing of Environment.2019,225 :207-216
[3] Toward the generation of a wind geophysical model function for spaceborne GNSS-R,.IEEE Transactions on Geoscience and Remote Sensing.2019,57 (2):655-666
[4] A perspective on the performance of the CFOSAT rotating fan-beam scatterometer,.IEEE Transactions on Geoscience and Remote Sensing.2019,57 (2):627-639
[5] 中法海洋卫星微波散射计在轨性能验证,.空间科学学报.2020,40 (3):425-431
[6] Validation of New Sea Surface Wind Products From Scatterometers Onboard the HY-2B and MetOp-C Sate….IEEE Transactions on Geoscience and Remote Sensing.2020,58 (6):4387-4394
[7] ERAstar: A High-Resolution Ocean Forcing Product,.IEEE Transactions on Geoscience and Remote Sensing.2020,58 (2):1337-1347
[8] First Results From the Rotating Fan Beam Scatterometer Onboard CFOSAT,.IEEE Transactions on Geoscience and Remote Sensing.2020,58 (12):8793-8806
[9] Validation and Calibration of Nadir SWH Products From CFOSAT and HY‐2B With Satellites and In Sit….Journal of Geophysical Research: Oceans.2021,126 (e2020JC016689)
[10] Scatterometer Sea Surface Wind Product Validation for HY-2C，.IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing.2021,14 :6156-6164
[11] 中法海洋卫星微波散射计风场反演残差特性研究，.海洋学报.2021,43 (11):157-165
[12] 中法海洋卫星散射计近海岸海面风场反演研究，.海洋学报.2021,43 (10):115-123
[13] 基于HY-2B散射计的热带气旋定位定强研究,.海洋学报.2021,43 (11):146-156
[14] Correlating Extremes in Wind Divergence with Extremes in Rain over the Tropical Atlantic,.Remote Sensing.2022,14 (5):1147
[15] Characterization of Tropical Cyclone Intensity Using the HY-2B Scatterometer Wind Data,.Remote Sensing.2022,14 (4):1035
[16] Effects of rain on CFOSAT scatterometer measurements,.Remote Sensing of Environment.2022,274
[17] Rain False-Alarm-Rate Reduction for CSCAT,.IEEE Geoscience and Remote Sensing Letters.2022,19 :1-5
[18] On High and Extreme Wind Calibration Using ASCAT,.IEEE Transactions on Geoscience and Remote Sensing.2022,60 :1-10
[19] Sea Surface Wind Retrieval Using the Combined Scatterometer and Altimeter Backscatter Measurements….IEEE Transactions on Geoscience and Remote Sensing.2022,60 :1-12

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Paper Publications

[1] Quality Control of Delay-Doppler Maps for Stare Processing,.IEEE Transactions on Geoscience and Remote Sensing.2019,57 (5):2990-3000

[2] Inconsistencies in scatterometer wind products based on ASCAT and OSCAT-2 collocations,.Remote Sensing of Environment.2019,225 :207-216

[3] Toward the generation of a wind geophysical model function for spaceborne GNSS-R,.IEEE Transactions on Geoscience and Remote Sensing.2019,57 (2):655-666

[4] A perspective on the performance of the CFOSAT rotating fan-beam scatterometer,.IEEE Transactions on Geoscience and Remote Sensing.2019,57 (2):627-639

[5] 中法海洋卫星微波散射计在轨性能验证,.空间科学学报.2020,40 (3):425-431

[6] Validation of New Sea Surface Wind Products From Scatterometers Onboard the HY-2B and MetOp-C Sate….IEEE Transactions on Geoscience and Remote Sensing.2020,58 (6):4387-4394

[7] ERAstar: A High-Resolution Ocean Forcing Product,.IEEE Transactions on Geoscience and Remote Sensing.2020,58 (2):1337-1347

[8] First Results From the Rotating Fan Beam Scatterometer Onboard CFOSAT,.IEEE Transactions on Geoscience and Remote Sensing.2020,58 (12):8793-8806

[9] Validation and Calibration of Nadir SWH Products From CFOSAT and HY‐2B With Satellites and In Sit….Journal of Geophysical Research: Oceans.2021,126 (e2020JC016689)

[10] Scatterometer Sea Surface Wind Product Validation for HY-2C，.IEEE Journal of Selected Topics in Applied Earth Observations and Remote Sensing.2021,14 :6156-6164

[11] 中法海洋卫星微波散射计风场反演残差特性研究，.海洋学报.2021,43 (11):157-165

[12] 中法海洋卫星散射计近海岸海面风场反演研究，.海洋学报.2021,43 (10):115-123

[13] 基于HY-2B散射计的热带气旋定位定强研究,.海洋学报.2021,43 (11):146-156

[14] Correlating Extremes in Wind Divergence with Extremes in Rain over the Tropical Atlantic,.Remote Sensing.2022,14 (5):1147

[15] Characterization of Tropical Cyclone Intensity Using the HY-2B Scatterometer Wind Data,.Remote Sensing.2022,14 (4):1035

[16] Effects of rain on CFOSAT scatterometer measurements,.Remote Sensing of Environment.2022,274

[17] Rain False-Alarm-Rate Reduction for CSCAT,.IEEE Geoscience and Remote Sensing Letters.2022,19 :1-5

[18] On High and Extreme Wind Calibration Using ASCAT,.IEEE Transactions on Geoscience and Remote Sensing.2022,60 :1-10

[19] Sea Surface Wind Retrieval Using the Combined Scatterometer and Altimeter Backscatter Measurements….IEEE Transactions on Geoscience and Remote Sensing.2022,60 :1-12