激光雷达实验室

Lidar Laboratory

中国海洋大学信息科学与工程学院海洋技术系

Department of Marine Technology, College of Information Science and Engineering, OUC

吴松华教授

姓名：吴松华

学历：理学博士

职称：教授、博士生导师

职务：海洋技术系主任

邮箱：wush@ouc.edu.cn

电话：0532-66782573

办公室：中国海洋大学（崂山校区）信息南楼A509


研究方向：

主要从事大气海洋激光探测技术与应用研究。主持国家重点研发计划、国家863计划、国家自然科学基金等多项科研项目。研制了脉冲相干多普勒测风激光雷达、全天时光子计数激光雷达、水汽、云和气溶胶综合气象探测激光雷达、超小型无人机载脉冲相干激光雷达等多种激光雷达系统。研发成果应用于我国“神舟”载人飞行器、北京奥运会等重大装备和活动保障，获得美国波音公司、中国商飞、华能集团等技术应用，为我国海军某重大工程提供关键技术保障。发展了利用激光雷达探测大气风场、海洋光学参数、水汽和气溶胶通量、飞机尾涡和风力发电机湍流尾迹特征研究等方法；应用于海洋大气动力学、生态环境、环境气象、航空气象安全、风电场效率提升等研究。


招生要求：

招收博士、硕士研究生，对探索未知领域有好奇心，有独立思考和自我驱动能力。欢迎有扎实的物理、数学基础和动手实验功底，学科背景包括但不限于电子信息、光学工程、大气物理、海洋物理等交叉学科背景同学进入激光遥感领域。


教育经历：

1999-2004年，中国海洋大学海洋遥感研究所，物理海洋学（海洋信息探测）专业硕博连读，获理学博士学位；

1995-1999年，青岛海洋大学电子工程系，电子学与信息系统专业，获理学学士学位。


工作经历：

2017.11至今，中国海洋大学信息科学与工程学院海洋技术系教授、主任；

2016年至今，青岛海洋科学与技术试点国家实验室，双聘教授（兼职），从事卫星海洋激光遥感专业；

2010.12至今，中国海洋大学信息科学与工程学院海洋技术系、海洋遥感研究所，教授；

2007.01-2010.11，中国海洋大学信息科学与工程学院海洋遥感研究所/海洋技术系，副教授；

2004.07-2006.12，中国海洋大学信息科学与工程学院海洋遥感研究所，讲师。


学术兼职：

中国侨联特聘专家海洋专委会委员

德国宇航中心大气物理研究所（DLR-IPA）DAAD高级访问学者

美国光学学会OSA《AppliedOptics》副主编、编委、TopicalEditor

国际相干激光雷达会议Coherent LaserRadar Conference 委员（CLRC2018，CLRC2020）

《大气与环境光学学报》执行副主编

《中国海洋大学学报（自然科学版）》编委

中国光学学会环境光学专业委员会委员

中国光学工程学会理事

中国激光雷达学术组委会委员等


荣誉奖励：

2020年获青岛市科学技术二等奖（第1位）

2019年获山东省“泰山产业领军人才”称号

2015年获青岛市科学技术一等奖（第2位）

2012年获教育部“新世纪优秀人才”称号


论文专利：

A.Articles in Journals

  1. ZhangHongwei,Liu Xiaoying,Wang Qichao,ZhangJianjun, He Zhiqiang, Zhang Xi, Li Rongzhong, Zhang Kailin, TangJunwu, WuSonghua*.Low-level Wind Shear Identification along the Glide Path at BCIA bythe Pulsed Coherent Lidar[J]. Atmosphere,2021, 12(1), 50.

  2. XiaoyingLiu, Xinyu Zhang, Xiaochun Zhai, Hongwei Zhang, Bingyi Liu SonghuaWu*.Observation of Aircraft Wake Vortex Evolution under CrosswindConditions by Pulsed Coherent Doppler Lidar[J]. Atmosphere,2021, 12(1), 49.

  3. 刘晓英,吴松华*,张洪玮,何志强,张建军,王筱晔,陈晓敏.基于相干多普勒测风激光雷达的不同成因类型的低空风切变观测[J].红外与毫米波学报,2020, 39(4), 491-504.

  4. LiKaipeng,He Yan*,Ma Jian,Jiang Zhengyang,Hou Chunhe,ChenWeibiao,Zhu Xiaolei,Chen Peng,Tang Junwu,WuSonghua,Liu Fanghua,Luo Yuan,ZhangYufei,Chen Yongqiang.A Dual-Wavelength Ocean Lidar for Vertical Profiling of OceanicBackscatter and Attenuation. RemoteSensing,2020, 12(17):2844.

  5. 张元帅,张洪玮*,吴松华.测量小角度后向散射的水体沙氏激光雷达技术设计[J].光学学报,2020, 40(11), 31-39.

  6. 宋小全,王芳涵,尹嘉萍,王希涛,刘晓英,任文核,吴松华.多普勒测风激光雷达三波束反演方法与实验.中国海洋大学学报.自然科学版,2020, 50(4):136-144.

  7. LeeZhongping*,Churnside, James,Mao Zhihua,WuSonghua,Zibordi Giuseppe.Active and passive optical remote sensing of the aquaticenvironment: introduction to the feature issue. AppliedOptics,2020, 59(10):APS1-APS2.

  8. YinBin*,Sang Guofeng,Yan Ran,WuYuheng, WuSonghua,Wang Muguang, Liu Wenqi, Li Haisu, Wang Qichao.Wavelength- and intensity-demodulated dual-wavelength fiber lasersensor for simultaneous RH and temperature detection[J]. IEEEAccess,2020, PP(99):1-1.

  9. 于晓庆,吴松华.新疆地区陆上风电场风机尾流特征分析.大气与环境光学学报,2019, 14(4):250-258.

  10. 刘磊,吴松华*,张洪玮.基于激光雷达数据的首都机场风场模拟[J].大气与环境光学学报,2019,(04):259-265.

  11. ChenGe*,Tang Junwu,Zhao Chaofang,WuSonghua,Yu Fangjie, Ma Chunyong, Xu Yongsheng, Chen Weibiao, Zhang Yunhua,Liu Jie, Wu Lixin.Concept Design of the "Guanlan" Science Mission: China'sNovel Contribution to Space Oceanography[J]. Frontiersin Marine Science,2019, 6(194).

  12. DaiGuangyao,WuSonghua*,Song Xiaoquan*,LiuLiping.Optical and Geometrical Properties of Cirrus Clouds over the TibetanPlateau Measured by Lidar and Radiosonde Sounding at the Summertimein 2014[J]. RemoteSensing,2019,11(3):302.

  13. WuSonghua*,Zhai Xiaochun,Liu Bingyi.Aircraft wake vortex and turbulence measurement under near-groundeffect using coherent Doppler lidar[J].OpticsExpress,2019, 27(2):1142-1163.

  14. YinBin,WuSonghua*,Wang Muguang,LiuWenqi, Wu Beibei, Liu Haisu, Wang Qichao.High-sensitivity refractive index and temperature sensor based oncascaded dual-wavelength fiber laser and SNHNS interferometer[J].OpticsExpress,2019, 27(1):252-264.

  15. HongweiZhang, SonghuaWu*,Qichao Wang, Bingyi Liu, Bin Yin, Xiaochun Zhai.Airport low-level wind shear lidar observation at Beijing CapitalInternational Airport[J]. InfraredPhysics & Technology,2019, 96:113-122.

  16. 冯长中,吴松华,黄海广,王贵宁.梯度下降VAD方法的单多普勒激光雷达风场探测技术.红外与激光工程,2018, 47(:11):1106006-1-1106006-9.

  17. 张洪玮,吴松华*,尹嘉萍,王琪超.基于短距相干测风激光雷达的机场低空风切变观测[J].红外与毫米波学报,2018, 37(04):468-476.

  18. 冯长中,吴松华,刘秉义.激光雷达探测信号数据融合算法.光子学报,2018, 47(6):601001.

  19. DaiGuangyao, AlthausenDietrich*, Hofer Julian,EngelmannRonny, Seifert Patric, Buehl Johannes, Mamouri Rodanthi-Elisavet, WuSonghua,Ansmann Albert.Calibration of Raman lidar water vapor profiles by means of AERONETphotometer observations and GDAS meteorological data[J]. AtmosphericMeasurement Techniques,2018, 11(5):2735-2748.

  20. 冯长中,吴松华,刘秉义.相干多普勒激光雷达风场反演方法研究与实验印证[J].中国激光,2018, 45(4):303-311.

  21. XiaochunZhai,SonghuaWu*,Bingyi Liu,XiaoquanSong,Jiaping Yin. Shipborne Wind Measurement and Motion-induced ErrorCorrection of a Coherent Doppler Lidar over the Yellow Sea in2014[J]. AtmosphericMeasurement Techniques,2018, 11(3):1313-1331.

  22. GuangyaoDai,SonghuaWu*,Xiaoquan Song.Depolarization Ratio Profiles Calibration and Observations ofAerosol and Cloud in the Tibetan Plateau Based on Polarization RamanLidar[J]. RemoteSensing,2018, 10(3):378-378.

  23. 王贵宁,刘秉义*,冯长中,吴松华,刘金涛,王希涛,李荣忠.相干测风激光雷达VAD风场反演的数据质量控制方法[J].红外与激光工程,2018,47(2), 0230002-1-0230002-8.

  24. 张洪玮,王琪超,吴松华.基于相干多普勒激光雷达的北京机场春季低空风切变观测研究[J].大气与环境光学学报,2018,(01):34-41.

  25. YinBin,Wang Muguang,WuSonghua*,Tang Yu, Feng Suchun, Wu Yue, Zhang Hongwei.Fiber ring laser based on MMF-PMFBG-MMF filter for three parameterssensing[J]. OpticsExpress,2017, 25(25):30946-30955.

  26. BinYin,Muguang Wang,SonghuaWu*,YuTang, Suchun Feng, Hongwei Zhang.High sensitivity axial strain and temperature sensor based ondual-frequency optoelectronic oscillator using PMFBG Fabry-Perotfilter[J]. OpticsExpress,2017, 25(13):14106-14113.

  27. ZhaiXiaochun,WuSonghua*,Liu Bingyi.Doppler lidar investigation of wind turbine wake characteristics andatmospheric turbulence under different surface roughness[J]. OpticsExpress,2017, 25(12):A515-A529.

  28. 刘秉义*,庄全风,秦胜光,吴松华,刘金涛.基于高光谱分辨率激光雷达的气溶胶分类方法研究[J].红外与激光工程,2017, 46(4):225-237.

  29. XiaoquanSong,Xiaochun Zhai,Liping Liu,SonghuaWu*.Lidar and Ceilometer Observations and Comparisons of AtmosphericCloud Structure at Nagqu of Tibetan Plateau in 2014 Summer[J].Atmosphere,2017, 8(1):9.

  30. 廖希伟,宋小全*,王东祥,张倩,戴光耀,吴松华.激光云高仪对那曲地区大气边界层高度的探测分析[J].光子学报,2016,45(05):0501001.

  31. 张倩,宋小全,刘金涛,戴光耀,吴松华*.激光云高仪探测青藏高原夏季云底高度的研究[J].光电子·激光,2016, 27(04):406-412.

  32. WuSonghua*,Dai Guangyao,Song Xiaoquan,LiuBingyi, Liu Liping.Observations of water vapor mixing ratio profile and flux in theTibetan Plateau based on the lidar technique[J]. AtmosphericMeasurement Techniques,2016,9(3):1399-1413.

  33. WuSonghua*,Liu Bingyi,Liu Jintao,ZhaiXiaochun, Feng Changzhong, Wang Guining, Zhang Hongwei, Yin Jiaping,Wang Xitao, Li Rongzhong, Gallacher Daniel.Wind turbine wake visualization and characteristics analysis byDoppler lidar[J]. OpticsExpress,2016, 24(10):Ajnm762-A780.

  34. WuSonghua*,Song Xiaoquan,Liu Bingyi,DaiGuangyao, Liu Jintao, Zhang Kailin, Qin Shengguang, Hua Dengxin, GaoFei, Liu Liping.Mobile multi-wavelength polarization Raman lidar for water vapor,cloud and aerosol measurement[J]. OpticsExpress,2015, 23(26):33870-33892.

  35. LiuLiping*, Zheng Jiafeng, Ruan Zheng, Cui Zhehu, Hu Zhiqun, WuSonghua,Dai Guangyao, Wu Yaohao. ComprehensiveRadar Observations of Clouds and Precipitation over the TibetanPlateau and Preliminary Analysis of Cloud Properties[J]. Journalof Meteorological Research,2015, 29(4):546-561.

  36. 王箫鹏,宋小全*,陈玉宝,吴松华,邵楠.激光雷达观测北京春季云垂直结构及探空对比研究[J].光学学报,2015,35(9), S201001-1-S201001-8.

  37. 刘黎平*,郑佳锋,阮征,崔哲虎,胡志群,吴松华,戴光耀,吴亚昊.2014年青藏高原云和降水多种雷达综合观测试验及云特征初步分析结果[J].气象学报,2015, 73(04):635-647.

  38. 王东祥,宋小全*,冯长中,王希涛,吴松华.相干多普勒激光雷达观测渤黄海海洋大气边界层高度研究[J].光学学报,2015,35(S1):S101001.

  39. 沈红超,宋小全,孙兆滨,王箫鹏,戴光耀,吴松华.主被动结合的云激光雷达测量系统数据融合分析.大气与环境光学学报,2015, (01): 11-21.

  40. 沈红超,吴松华,秦胜光,刘金涛,张凯临,刘秉义.单频脉冲激光器的分子吸收光谱频率稳定技术研究.中国激光,2014, (09): 59-65.

  41. SonghuaWu*,XiaoquanSong, Bingyi Liu.Fraunhofer Lidar Prototype in the Green Spectral Region forAtmospheric Boundary Layer Observations[J]. RemoteSensing,2013,5(11):6079-6095.

  42. 王箫鹏,宋小全*,闫宝东,陈超,刘秉义,吴松华.激光雷达观测珠海市云底高度研究[J].光电子·激光,2013,24(11):2192-2197.

  43. 许梦圆,宋小全,吴松华.基于ZEMAX的拉曼激光雷达几何因子的模拟分析.大气与环境光学学报,2013, 8(4): 314-320.

  44. 张薇,吴松华,宋小全,靳磊.夫琅禾费暗线激光雷达探测青岛市郊大气边界层[J].光学学报,2013,33(6):314-320.

  45. 靳磊,吴松华,陈玉宝,闫宝东,宋小全,刘秉义,刘智深.基于多普勒激光雷达的2011年春季北京地区气溶胶探测实验分析.量子电子学报,2013, 30(1):46-51.

  46. 陈阳,吴松华*,刘智深.基于转动拉曼光谱的多普勒激光雷达灵敏度测量新方法.光学学报,2011, 30: 100508-1-100508-8.

  47. 王希涛,刘秉义*,吴松华,姚琪,李志刚.高精度1.55μm全光纤激光相干测速实验及数据分析[J].激光与光电子学进展,2011,48(06): 060301-1-060301-5.

  48. WangZhangjun*,Liu Zhishen,Liu Liping,WuSonghua,Liu Bingyi, Li Zhigang, Chu Xinzhao.Iodine-filter-based mobile Doppler lidar to make continuous andfull-azimuth-scanned wind measurements: data acquisition andanalysis system, data retrieval methods, and error analysis[J].AppliedOptics,2010, 49(36):6960-6978.

  49. LiuZhishen*,Wang Zhangjun,WuSonghua,LiuBingyi, Li Zhigang, Zhang Xin, Bi Decang, Chen Yubao, Li Rongzhong,Yang Yuqiang.Fine-measuring technique and application for sea surface wind bymobile Doppler wind lidar[J]. OpticalEngineering,2009,48(6):066002-066002-7.

  50. LiuZhishen,Chen Yubao, WuSonghua,Bi Decang, Li Rongzhong. Electronicsimulator of atmospheric backscattered signals forhigh-spectral-resolution lidar[J]. OpticalEngineering,2008, 47(10):106001-1-106001-6.

  51. LiuZhishen*,LiuBingyi,WuSonghua,LiZhigang,WangZhangjun.Highspatial and temporal resolution mobile incoherent Dopplerlidarfor sea surface wind measurements.OpticsLetters,2008, 33(13):1485-1487.

  52. ZhuJinshan,Chen Yubao,Yan Zhaoai,WuSonghua,Liu Zhishen.Relationship between the aerosol scattering ratio and temperature ofatmosphere and the sensitivity of a Doppler wind lidar with iodinefilter[J]. ChineseOptics Letters,2008, 6(6):449-453.

  53. 刘智深,何启岱,李志刚,吴松华.激光雷达微弱信号检测电路设计.中国海洋大学学报(自然科学版),2008, 38(01): 125-128. 

  54. 郭金家*,闫召爱,吴松华,宋小全,刘智深.高光谱分辨率激光雷达测量低层大气温度.光电子·激光,2008, 19(01): 66-69.

  55. SheChiao-Yao*,YueJia, Yan Zhaoai, Hair Johnathan W, Guo Jinjia, WuSonghua,Liu Zhishen.Direct-detection Doppler wind measurements with a Cabannes–Mielidar: B. Impact of aerosol variation on iodine vapor filtermethods[J]. AppliedOptics,2007,46(20):4444-4454.

  56. SheChiao-Yao*,YueJia, Yan Zhaoai, Hair Johnathan W, Guo Jinjia, WuSonghua,Liu Zhishen.Direct-detection Doppler wind measurements with a Cabannes–Mielidar: A. Comparison between iodine vapor filter and Fabry-Perotinterferometer methods[J]. AppliedOptics,2007,46(20):4434-4443.

  57. LiuZhishen*,Liu Bingyi,LiZhigang, Yan Zhaoai, WuSonghua,Sun Zhaobin. Windmeasurements with incoherent Doppler lidar based on iodine filtersat night and day[J]. AppliedPhysics B:Lasers and Optics,2007, 88(2):327-335.

  58. LiuZhishen,WuSonghua*,Liu Bingyi.Seed injection and frequency-locked Nd:YAG laser for directdetection wind lidar[J]. Optics& Laser Technology,2007, 39(3):541-545.

  59. WuSonghua*,Liu Zhishen,Liu Bingyi.Automatic laser frequency stabilization to iodine absorptionline[J]. Optics& Lasers in Engineering,2007, 45(4):530-536.

  60. WuSonghua*,Liu Zhishen,Liu Bingyi.Enhancement of lidar backscatters signal-to-noise ratio usingempirical mode decomposition method[J]. OpticsCommunications,2006, 267(1):137-144.

  61. WuSonghua*,Liu Zhishen,Liu Bingyi.Dual-wavelength laser frequency locking for the direct-detect windlidar[J]. Journalof Modern Optics,2006, 53(3):333-341.

  62. WuSonghua*,Liu Zhishen,Sun Dapeng.Noise reduction in LOS wind velocity of Doppler lidar using discretewavelet analysis[J]. ChineseOptics Letters,2003,1(12):722-725.

  63. SonghuaWu*,Zhishen Liu,Jintao Liu,YanHe, Xiaoquan Song.Compressing Dynamic Range of Wind Lidar Signals by Gate-control[J].ChineseJournal of Lasers,2001,B10(6):439-445.


B.Published in Academic Conferences

  1. GeChen*, Junwu Tang, Chaofang Zhao,SonghuaWu,Fangjie Yu, Chunyong Ma, Yongsheng Xu, Weibiao Chen, Yunhua Zhang,Jie Liu, Lixin Wu. Concept Design of the “Guanlan” ScienceMission: China’s Novel Contribution to Space Oceanography. OCEANOBS'19, Hawaii, United States, Sep 16th-20th,2019.

  2. LiuQi,Liu Bingyi,WuSonghua*,LiuJintao, Zhang Kailin, Song Xiaoquan, Chen Xiangchen, Zhu Peizhi.Design of the Ship-Borne Multi-Wavelength Polarization Ocean LidarSystem and Measurement of Seawater Optical Properties. 29thInternationalLaserRadar Conference, Hefei,China,Jun23rd-28th,2019. 

  3. SonghuaWu*,Weibiao Chen,Junwu Tang,Chaofang Zhao,Ge Chen*.LidarConceptof“Guanlan”MissionforSpaceOceanography.29thInternationalLaserRadar Conference, Hefei,China,Jun23rd-28th,2019.

  4. LiuXiaoying*,WuSonghua,Zhang Hongwei,Zhang Jianjun,HeZhiqiang,ZhangXi.Detection of Complex Terrain-Induced Wind Shear by Doppler Lidar atBeijing Capital International Airport. 29thInternationalLaserRadar Conference, Hefei,China,Jun23rd-28th,2019.

  5. WangQichao*,Qin Shengguang,Yin Jiaping,Zhang Hongwei,CuiTong,WuSonghua.Vehicular Motion Experiment and Data Retrieval of a Compact FloatingLidar System. 29thInternationalLaserRadar Conference, Hefei,China,Jun23rd-28th,2019.

  6. ZhangHongwei*,WuSonghua,Liu Jintao,Zhang Yuanshuai,ChenXiaomin.Research on Non-invasive Laser Doppler Current Measurement forHydrothermal Vents Flow Rates Profile. 29thInternationalLaserRadar Conference, Hefei,China,Jun23rd-28th,2019.

  7. 吴松华,刘秉义,刘淇,刘金涛,张凯临.星载海洋激光雷达的科学技术问题与“观澜号”海洋科学卫星概述.2018年中国激光雷达技术与应用学术会议,合肥,中国,10月24日-26日,2018年.

  8. HongweiZhang,SonghuaWu*,QichaoWang.LidarObservation of WindShearalong Glide Path at Beijing Capital International Airport.19thCoherentLaserRadar Conference,Okinawa,Japan,Jun18th-21st,2018.

  9. QichaoWang,SonghuaWu*,Jintao Liu,Kailin Zhang,Bingyi Liu.TheWindObservation over Sea Surface by UAV-borne Coherent Doppler Lidar.19thCoherentLaser Radar Conference,Okinawa,Japan,Jun18th-21st,2018.

  10. XiaochunZhai,SonghuaWu*,Xiaoquan Song.Vertical Velocity StatisticsandTurbulence Characterization by Coherent Doppler Lidar during TyphoonMAWAR.19thCoherentLaser Radar Conference, Okinawa, Japan, Jun18th-21st,2018.

  11. XiaoyingLiu,SonghuaWu*,Hongwei Zhang,Qichao Wang,Xiaochun Zhai.Comparison of wind measurements between virtual tower and VADmethods withdifferentelevation angles.19thCoherentLaser Radar Conference,Okinawa,Japan,Jun18th-21st,2018.

  12. WuSonghua,Qin Shenguang,Liu Jintao,LiuBingyi, Song Xiaoquan, Zhang Kailin, Feng Changzhong, Dai Guangyao.Shipborne High Spectral Resolution Lidar for Aerosol opticalproperties and wind profile measurements.Optics& Photonics for Energy & the Environment2017,Boulder, Colorado, United States, Nov 6th-9th,2017.

  13. SonghuaWu*,Bingyi Liu,Guangyao Dai,ShenguangQin, Jintao Liu, Kailin Zhang, Changzhong Feng, Xiaochun Zhai,Xiaoquan Song.Compact high-power shipborne doppler lidar based on high spectralresolution techniques. 28thInternationalLaser Radar Conference (ILRC), Bucharest,Romania, Jun 25th-30th,2017.

  14. SonghuaWu*,Qichao Wang,Bingyi Liu,JintaoLiu, Kailin Zhang, Xiaoquan Song.UAV-borne coherent doppler lidar for marine atmospheric boundarylayer observations. 28thInternationalLaser Radar Conference (ILRC), Bucharest,Romania, Jun 25th-30th,2017.

  15. DaiGuangyao*,WuSonghua,Song Xiaoquan,ZhaiXiaochun.Statistics of optical and geometrical properties of cirrus cloudover tibetan plateau measured by lidar and radiosonde. 28thInternationalLaser Radar Conference (ILRC), Bucharest,Romania, Jun 25th-30th,2017.

  16. SonghuaWu*,Xiaochun Zhai,Bingyi Liu,Jintao Liu.Characterization of aircraft dynamic wake vortices and atmosphericturbulence by coherent doppler lidar. 28thInternationalLaser Radar Conference (ILRC), Bucharest,Romania, Jun 25th-30th,2017.

  17. ZhaiXiaochun,WuSonghua*,Liu Bingyi,Song Xiaoquan.Shipborne wind measurement and motion-induced error correction bycoherent doppler lidar over yellow sea in 2014.28thInternationalLaser Radar Conference (ILRC), Bucharest,Romania, Jun 25th-30th,2017.

  18. HongweiZhang,SonghuaWu*,Qichao Wang,Bingyi Liu, Xiaochun Zhai.Airport low-level wind shear lidar observation at beijing capitalinternational airport. 28thInternationalLaser Radar Conference (ILRC), Bucharest,Romania, Jun 25th-30th,2017.

  19. SonghuaWu,Xiaochun Zhai.Lidar Investigation of Wind Turbine WakeCharacteristicsunder Different Surface Roughness.Optics and Photonics forEnergyand the Environment, Leipzig, Germany,Nov 14th-17th,2016.

  20. GuangyaoDai,SonghuaWu*.WaterVapor Mixing Ratio Measured by Lidaratthe Tibetan Plateau and Qingdao.Opticsand Photonics forEnergyand the Environment, Leipzig, Germany,Nov 14th-17th,2016.

  21. XiaoquanSong,SonghuaWu*,XiaochunZhai,BingyiLiu.MarineAtmosphericBoundary Layer Study Based on Coherent Wind Lidar Measurement.18thCoherentLaser Radar Conference, Boulder, Colorado, UnitedStates, Jun26th-Jul1st,2016.

  22. SonghuaWu*,BingyiLiu,JintaoLiu,Xiaochun Zhai,Changzhong Feng,XiaoquanSong.WindTurbine Wake Characterizing using Coherent Wind Lidar.18thCoherentLaser Radar Conference, Boulder, Colorado, UnitedStates, Jun26th-Jul1st,2016.

  23. SonghuaWu*,BingyiLiu,SongXiaoquan,JintaoLiu.ValidationandCalibrationof ADM-Aeolus and EarthCARE using Doppler lidar and HSRL in China.ESA Living Planet Symposium 2016,Prague, Czech,May 9th-13rd,2016.

  24. WuSonghua,Yin Jiaping,Liu Bingyi,LiuJintao.Wind Turbine Wake Visualization by Doppler Lidar.Optics andPhotonics for Energy & the Environment2015, Suzhou, China, Nov 2nd-5th,2015.

  25. 吴松华*,尹嘉萍,刘秉义,宋小全.船载相干多普勒激光雷达海气边界层风廓线探测.2015中国光学学会年会,成都,中国,8月15日-17日,2015年.

  26. SonghuaWu*,Guangyao Dai,Jintao Liu,Xiaoquan Song,Bingyi Liu.Observationof Wind Field and Vertical Water Vapor Flux within AtmosphericBoundaryLayerof Tibetan Plateau.2ndInternationalworkshop on Outbreaks of Asian DustandEnvironmental Regime Shift,Lanzhou, China,Aug 9th-14th,2015.

  27. SonghuaWu*,Xiaoquan Song,Bingyi Liu,Guangyao Dai,Jintao Liu,KailinZhang,ShengguangQin,Dengxin Hua,Fei Gao,Liping Liu.MobileMulti-wavelengthPolarization Raman Lidar for Water Vapor, Cloud and AerosolMeasurement.2ndInternationalworkshop on Outbreaks of Asian DustandEnvironmental Regime Shift,Lanzhou, China,Aug 9th-14th,2015.

  28. XiaochunZhai,SonghuaWu*,Xiaoquan Song,Guangyao Dai.ResearchinGeometricaland Optical Characteristics of Cirrus over Qingdao Area Based on2013-2015Lidar Measurement.2ndInternationalworkshop on Outbreaks of Asian DustandEnvironmental Regime Shift,Lanzhou, China,Aug 9th-14th,2015.

  29. GuangyaoDai,SonghuaWu*,Xiaoquan Song,Xiwei Liao.CAL/VALofDepolarizationRatio and Observation of Depolarization and ExtinctionCoefficientof Aerosol and Cloud in Tibetan Plateau Area by Lidar.2ndInternationalworkshop on Outbreaks of Asian DustandEnvironmental Regime Shift,Lanzhou, China,Aug 9th-14th,2015.

  30. WuSonghua*,Dai Guangyao,Wang Dongxiang,Zhai Xiaochun, Song Xiaoquan.Water Vapor, Cloud and Aerosol Properties on the Tibetan PlateauUsing Multi-Lidar Measurements. 27thInternationalLaser Radar Conference (ILRC), NewYork, United States, Jul 5th-10th,2015.

  31. DaiGuangyao,Song Xiaoquan,Zhai Xiaochun,WuSonghua*.Research in Depolarization and Extinction Coefficient Particles inTibetan Plateau by Lidar.27thInternationalLaser Radar Conference (ILRC), NewYork, United States, Jul 5th-10th,2015.

  32. FengChangzhong, Liu Bingyi*, Liu Jintao, WuSonghua.Gluing Lidar Signals Detected in Analog-to-Digtal and PhotonCounting Modes. 27thInternational Laser Radar Conference, New York, UnitedStates,Jul 5th-10th,2015.

  33. SonghuaWu*,Jiaping Yin,Rongzhong Li,XitaoWang,Bingyi Liu,JintaoLiu.Observationsand Analysis of Turbulent Wake of Wind Turbine by Coherent DopplerLidar. 27thInternational Laser Radar Conference, New York, UnitedStates,Jul 5th-10th,2015.

  34. SonghuaWu*,Jiaping Yin,Bingyi Liu, Jintao Liu, Zhang Hongwei, Song Xiaoquan, Zhang Kailin.Observations of Wind Profile of Marine Atmosphere Boundary Layer byShipborne Coherent Doppler Lidar. 27thInternational Laser Radar Conference, New York, UnitedStates,Jul 5th-10th,2015.

  35. SonghuaWu*,SongXiaoquan,BingyiLiu, DaiGuangyao,ZhangKailin, Qin Shengguang, Gao Fei, Hua Dengxin. Mobile MultiWavelength Polarization Raman LiDAR for Water Vapor, Cloud andAerosol Measurement. 27thInternational Laser Radar Conference, New York, UnitedStates,Jul 5th-10th,2015.

  36. WuSonghua*,Yin Jiaping, Liu Bingyi, Liu Jintao, Li Rongzhong, Wang Xitao, FengChangzhong, Zhang Kailin.Coherent Doppler lidar to investigate wind turbulence[M]. SPIENewsroom, Beijing, China, Dec 2014.

  37. GuangyaoDai,SonghuaWu*,Xiaoquan Song,ShengguangQin,BingyiLiu,JintaoLiu,KailinZhang,WeiZhang.Researchin depolarization of particles inTibetanPlateau and coastal area by lidar.SPIEAsia-Pacific Remote Sensing, Beijing, China,Oct 2014.

  38. WuSonghua*,Yin Jiaping,Liu Bingyi,LiuJintao, Li Rongzhong, Wang Xitao, Feng Changzhong, Zhuang Quanfeng,Zhang Kailin.Characterization of turbulent wake of wind turbine by coherentDoppler lidar.SPIEAsia-Pacific Remote Sensing, Beijing, China,Oct 2014.

  39. OliverReitebuch*,UweMarksteiner,BenjaminWitsch,ChristianLemmerz,SonghuaWu,ZhishenLiu.StudyingAtmospheric Dynamics-ValidationofADM-Aeolus Wind Lidar Observations.Dragon 3Mid Term Results, Chengdu, China,May 26th-29th,2014.

  40. SonghuaWu*,ShengguangQin,Xiaoquan Song,Bingyi Liu,Wei Zhang,Lei Jin,Huaming Hou.Fraunhofer lidar in the green band for daytime photoncounting.26thInternationalLadar Radar Conference, Porto Heli, Greece,Jun 25th-29th,2012.

  41. WuSonghua*.Daytime photon counting lidar prototype in the Fraunhofer lines.InternationalSymposium on Photoelectronic Detection and Imaging 2011, Beijing,China,May 24th-26th,2011.

  42. WuSonghua*,Qin Shengguang,Liu Bingyi,Chen Yang.Assessment of a three-frequency alternate pulse Doppler wind lidar.International Symposium on Photoelectronic Detection and Imaging2011, Beijing, China,May 24th-26th,2011.

  43. WuSonghua*,Chen Yang,Song Zhilong,QinShengguang, Jin Lei, Zhang Wei.Doppler wind lidar sensitivity and aerosol backscatter ratiomeasurement by combined Raman-Mie-Rayleigh scattering.InternationalSymposium on Photoelectronic Detection and Imaging 2011, Beijing,China,May 24th-26th,2011.

  44. ZhishenLiu,SonghuaWu*,Huang Li,ZhangjunWang,DecangBi,RongzhongLi,BingyiLiu,ZhigangLi.OperationalObservations Of ThreeDimensionalWind With Incoherent Doppler Wind Lidar.25thInternationalLaserRadarConference, St. Petersburg,Russia, Jul 5th-9th,2010.

  45. SonghuaWu*,ZhishenLiu,HuangLi,ZhangjunWang,DecangBi,RongzhongLi,Bingyi Liu,ZhigangLi.DopplerWind Lidar Measurements Of TheLandAnd Sea Breeze In Qingdao Coastal Area.25thInternationalLaserRadarConference, St. Petersburg,Russia, Jul 5th-9th,2010.

  46. ZhangjunWang,ZhishenLiu,SonghuaWu,BingyiLiu,ZhigangLi.Automatedand Full-Azimuth-Scanned Wind Measurements in PPI and RHI ModesWitha Mobile Doppler Wind Lidar Based on Iodine Filters. 25thInternationalLaserRadarConference, St. Petersburg,Russia, Jul 5th-9th,2010.

  47. BingyiLiu*,LiuZhishen,XiaoquanSong,SonghuaWu,DecangBi,XitaoWang, QiweiYin,O.Reitebuch.Modificationsand Moving Measurements of MobileDopplerLidar.ESA-MOSTDRAGON 2 Mid Term Results Symposium, Guilin, China,May 17th-21st,2010.

  48. ZhishenLiu,SonghuaWu*,BingyiLiu,ZhigangLi,ZhangjunWang.DirectDetection Wind Lidar Development for Meteorological Applications atQingdao.24thInternationalLaser Radar Conference, Boulder,United States,Jun23rd-27th,2008.

  49. NaZhang*,SonghuaWu,RuibinWang,Zhigang Li,BingyiLiu,ZhishenLiu.TheSignal Processing By Empirical Mode Decomposition For IncoherentDopplerWind Lidar Based On Iodine Filter.23rdInternationalLaser RadarConference,Nara, Japan,Jul 24th-28th,2006.

  50. SonghuaWu*,ZhishenLiu,BingyiLiu.NoiseReduction in Lidar SignalbyEmpirical Mode Decomposition.23rdInternationalLaser RadarConference,Nara, Japan,Jul 24th-28th,2006.

  51. JiaYue*,Chiao-YaoShe,JohnW. Hair,JinjiaGuo,SonghuaWu,Zhao’aiYan,ZhishenLiu.Acomparative study on Fabry-Perot interferometerandiodine vapor filter for direct-detection Doppler wind measurementswith aCabanne-Mielidar.23rdInternationalLaser RadarConference,Nara, Japan,Jul 24th-28th,2006.

  52. SonghuaWu*,DapengSun,ZhishenLiu.Frequency locking ofdiode-pumpedNd:YAG lasers with the digital PID method at the 532-nm iodinelinesin incoherent wind lidar.SPIE-3rdInternationalAsia-Pacific EnvironmentalRemoteSensing Remote Sensing of the Atmosphere, Ocean, Environment, andSpace,Hangzhou,China,Nov 23rd,2002.



C.Patents

  1. 尹彬,吴松华.基于光电振荡器的水声探测装置.2020-12-08, CN201810853943.7[已授权]

  2. 刘秉义,冯长中,吴松华.基于两部测风激光雷达的倾斜平面扫描方法.2018-12-25, CN201610944798.4[已授权]

  3. 刘金涛,刘秉义,宋小全,张凯临,吴松华.一种基于虚像相位阵列的水体布里渊散射和弹性散射激光雷达.2018-08-17, CN201610314481.2 [已授权]

  4. 刘金涛,宋小全,张凯临,吴松华,刘秉义.一种基于虚像相位阵列的高光谱分辨率大气激光雷达.2018-08-17, CN201610314491.6 [已授权]

  5. 刘金涛,吴松华,张凯临,宋小全,刘秉义.一种基于虚像相位阵列的非相干大气激光测风雷达.2018-08-17, CN201610314493.5 [已授权]

  6. 吴松华,秦胜光.一种三波长实时定标激光雷达.2015-12-30, CN201410035819.1[已授权]

  7. 吴松华,秦胜光.三波长实时定标激光雷达装置.2014-04-16, CN201110119157.2[已授权]

  8. 张凯临,陈戈,刘金涛,张亭禄,吴松华.大屏幕三维测量触摸屏.2012-12-12, CN200810015082.1[已授权]

  9. 吴松华,陈阳,刘智深.测量多气象参数的多普勒激光雷达装置.2012-10-10, CN201010154532.2[已授权]

  10. 吴松华，陈阳，刘智深.实时定标高光谱分辨率激光雷达装置.2012-10-10, CN200910231371.X[已授权]

  11. 吴松华,秦胜光.三波长实时定标激光雷达装置.2011-12-21, CN201120145396.0[已授权]

  12. 吴松华,陈阳.激光雷达大气回波光谱分离装置.2010-11-17, CN201020160592.0[已授权]

  13. 吴松华,刘智深,张凯临.全天时光子计数激光雷达装置和方法.2010-06-09, CN200710114987.X[已授权]

  14. 刘智深,吴松华.微波测风激光雷达装置.2009-06-03, CN200610069120.2[已授权]

  15. 张凯临,刘金涛,吴松华,宋小全,郭金家.激光器循环水的半导体制冷装置.2009-01-14, CN200720159872.8 [已授权]


——中国海洋大学激光雷达实验室——

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