研究方向
雷射大氣探測技術及套用、星載雷射雷達反演技術及套用、氣溶膠和雲的多源數據分析及套用
科研項目
1.瑞利-拉曼雷射雷達測量大氣溫度廓線研究,國家自然科學基金
2.雲粒子偏振探測理論與實驗研究,國家自然科學基金
3.星載二氧化碳路徑積分差分吸收雷射雷達反演算法及套用,國家自然科學基金
4.機載雷射雷達系統開發及校飛實驗,中國科學院上海光機所
5.新一代高靈敏度氣體污染探測雷射雷達的關鍵技術和系統集成,江蘇省科技廳重點研發項目
6.基於雷射雷達和毫米波雷達的捲雲微物理特性研究,江蘇省科技廳
學術成果
[1] 朱守正(研究生),卜令兵,et. al, 機載高光譜解析度雷射雷達探測大氣氣溶膠光學特性及污染研究.中國雷射.2021,48(17):1710003-1
[2] Pingyi Dong(研究生), Lei Liu, Lingbing Bu, et al, Application of M5 Model Tree in Passive Remote S….remote sensing.2021,13:2569
[3] 劉娟(研究生),劉玉柱,儲晨曦,卜令兵*,利用雷射誘導擊穿光譜原位線上檢測褐煤及煤煙.光譜學與光譜分析.2021,41(3):954-960
[4] Farhan Mustafa(研究生), Huijuan Wang, Lingbing Bu *,et. al., Validation of GOSAT and OCO-2 again….remote sensing.2021,13(5):899
[5] Samuel A. Berhane(研究生) and Lingbing Bu*,Aerosol-Cloud Interaction with Summer Precipitation ove….remote sensing,2021, 13,677
[6] QIN WANG(研究生), LINGBING BU*, et. al., Validation of an airborne high spectral resolution Lidar….optics express.2020,,28(17):24471-24488
[7] Farhan Mustafa(研究生) , Lingbing Bu*, et. al., Multi-Year Comparison of CO2 Concentration from NO….2020,,12(15):2-20
[8] Jing Huang(研究生), Lingbing Bu*,et. al., Investigating the relationship between aerosol and clo….atmospheric enviroment.2020,239(2020):117812
[9] High Repetition Rate Mid-Infrared Differential Absorption Lidar for Atmospheric Pollution Detectio….sensor.2020(2211)
[10] Retrieving homogeneous liquid cloud microphysical properties using multiple-field-of-view lidar.JOURNAL OF APPLIED REMOTE SENSING.2018,12(4):14p
[11] 地表反射率及氣溶膠光學厚度對星載路徑積分差分吸收雷射雷達性能的影響.中國雷射.2019,46(9):258 -266
[12] 中紅外差分吸收雷射雷達NO2測量波長選擇及探測能力模擬.紅外與雷射工程.2018,47(10):70-77
[13] 3.4μm處NO2吸收光譜特性及在差分吸收雷射雷達中的套用.光子學報.2019,48(7):201 -209
[14] A new retrieval method for the ice water content of cirrus using data from the CloudSat and CALIPS….Journal of Atmospheric and Solar-Terrestrial Physics.2017,161(-):134-142
[15] Calibration method of polarization lidar based on Jones matrix.optik.2017,130(-):834-839
[16] LIDAR and Millimeter-Wave Cloud RADAR (MWCR) techniques for joint observations of cirrus in Shouxi….Journal of Atmospheric and Solar-Terrestrial Physics.2016,148(-):64-73
[17] Studies of a scanning light detection and ranging for three-dimensional detection of plume emissio….optical engineering.2015,54(4):044106-1-8
[18] Applications of Cell-Ratio Constant False-Alarm Rate Method in Coherent Doppler Wind Lidar.atmosphere.2016,7(12):165
[19] Airborne High-Spectral-Resolution Lidar for Atmospheric Aerosol Detection[J]. Chinese Journal of L….Chinese Journal of Lasers.2020,,47(7):0710003
[20] Airborne Validation Experiment of 1.57-μm Double-Pulse IPDA LIDAR for Atmospheric Carbon Dioxide ….Remote Sens.2020,,12(1999):2-20 [21] Detection of Water Cloud Microphysical Properties Using Multi-scattering Polarization Lidar.Current Optics and Photonics.2020,,4(3):174-185
[22] High Repetition Rate Mid-Infrared Differential Absorption Lidar for Atmospheric Pollution Detectio….sensor.2020,,20:2211
[23] Calibration and measurement analysis of a cloud particle detection system based on polarization de….Appl. Opt.2019,,58(36):9777-9784
[24] 地表反射率及氣溶膠光學厚度對星載路徑積分差分吸收雷射雷達性能的影響.中國雷射.2019,,46(9):09100
[25] 3.4μm 處 NO2吸收光譜特性及在差分吸收 雷射雷達中的套用.光子學報.2019,,48(7):0701001
[26] Analysis of a Haze Event over Nanjing, China Based on Multi-Source Data.Atmosphere 2019.2019,,10(2019):338
[27] Evaluation and utilization of CloudSat and CALIPSO data to analyze the impact of dust aerosol on t….Advances in Space Research.2019,,63(2019):2-15
[28] Retrieving homogeneous liquid cloud microphysical properties using multiple-field-of-view lidar.Appl. Remote Sens.2018,,12(4):046021
[29] 中紅外差分吸收雷射雷達NO2測量波長選擇及探測能力模擬.紅外與雷射工程.2018,,47(10):1030002
[30] 南京市兩次秋季污染過程及成因分析.環境科學學報.2018,,38(9):3414-3424
[31] 基於氣溶膠和大氣風場雷射雷達對北京一次沙塵過程分析.雷射與光電子學進展.2018,,55(8):080102
[32] 用於偏振雲粒子探測系統的典型非球形粒子散射特性模擬.光散射學報.2018,,30(2):174-181
[33] Analysis of spatial-temporal heterogeneity in remotely sensed aerosol properties observed during 2….Atmospheric Environment.2018,,182(2018):313-324
[34] Spectral Characteristics of Polluted Gases and Their Detection by Mid-infrared Differential Absorp….optik,149(149):113-124
[35] Particulate Characteristics during a Haze Episode Based on Two Ceilometers with Different Waveleng….atmosphere,7(2):1-11
[36] Applications of Cell-Ratio Constant False-Alarm Rate Method in Coherent Doppler Wind Lidar.atmosphere,7(12):165
[37] Multiband enhanced absorption of monolayer graphene with attenuated total reflectance configuratio….Applied Physics Express,10(015102):4p
[38] A new retrieval method for the ice water content of cirrus using data from the CloudSat and CALIPS….Journal of Atmospheric and Solar-Terrestrial Physics,161(-):134-142
[39] All-fiber pulse coherent Doppler LIDAR and its validations.Optical Engineering ,54(12):123103
[40] LIDAR and Millimeter-Wave Cloud RADAR (MWCR) techniques for joint observations of cirrus in Shouxi….Journal of Atmospheric and Solar-Terrestrial Physics,148(-):64-73
專利成果
[1] 一種基於都卜勒展寬測量大氣溫度的雷射雷達系統
[2] 一種中紅外差分吸收雷射雷達的標定系統
[3] 基於瓊斯矩陣的偏振雷射雷達標定方法及偏振雷射雷達
[4] 一種多節點大氣環境監檢測系統
[5] 一種高光譜雷射雷達探測系統
[6] 一種複式過濾油煙淨化裝置
[7] 一種籃球比賽記錄系統
[8] 基於雙標準具的測速系統
[9] 一種中大型雷射雷達幾何重疊因子的測量系統
[10] 一種雲粒子探測器
[11] 一種偏振雷射雷達
[12] 一種中大型雷射雷達幾何重疊因子的測量方法及測量系統
[13] 一種散射式雲滴粒子探測器的標定裝置和方法
[14] 一種高光譜解析度雷射雷達系統
[15] 一種大氣垂直能見度監控系統
[16] 一種用於雲量觀測的旋轉雷射雲高儀
[17] 基於雷射雷達的雲中水拉曼散射全光譜測量系統及其方法
[18] 用於區別霧和霾的雙波長探測系統
[19] 一種散射式雲滴粒子探測器的標定裝置
[20] 一種用於雲量觀測的旋轉式雷射雲高儀
[21] 測量雲中固、液態水含量的雷射雷達探測方法和系統
[22] 基於雷射雷達的雲中水拉曼散射全光譜測量系統
[23] 一種測量雲水含量的雷射雷達探測系統
[24] 基於雷射雷達技術的液體爆炸物探測系統
[25] 前向散射雲滴粒子探測器的標定方法及裝置
[26] 散射式雲粒子探測器光學系統
[27] 振動拉曼雷射雷達散射光處理系統及處理方法
[28] 前向散射雲滴粒子探測器的標定裝置
[29] 瑞利測風雷射雷達的標定裝置
[30] 隱形飛行目標的雷射探測裝置
[31] 瑞利測風雷射雷達的標定裝置及其標定方法
[32] 振動拉曼雷射雷達散射光處理系統
[33] 散射式雲粒子探測光學系統
獲獎情況
1.全國信息光學與光子器件學術會議論文三等獎,2008
2.南京信息工程大學優秀班主任,2008
3.同創森林基金教師獎,2010
4.南京信息工程大學首屆青年科研之星,2010