ISALSaRS'19
Hangzhou, China |
June 17-21
, 2019

Poster Session

                                                                    Poster Session

Time:

19:00-21:00,Tuesday, June 18, 2019

Location:

Yin YueHall (印月厅) on 3F

No.

Author/Organization/Abstract   Title

OP-01

Bo LI, National Satellite Meteorological Center, China

Validation and Preliminary Application of Cloud Type and Cloud Phase from Fengyun-4

OP-02

Qing TREPTE, Science Systems and Applications, Inc., USA

Evaluation of Cloud Detection Biases in   Geostationary Satellites Using CALIPSO and MODIS Data

OP-03

Charles TREPTE, NASA Langley Research Center, USA

A New View on Cloud Homogeneity from CALIPSO

SP-01

Xin LIU,   Donghua University, China

The Study on Surface Net Shortwave Radiative Forcing of Clouds over China Based on RegCM4.6

SP-02

Yudi   ZHOU, Zhejiang University, China

Oceanic Lidar Multiple Scattering from Upper Ocean

SP-03

Xiaoyu   CUI, Zhejiang University, China

Spaceborne   Atmosphere-ocean Lidar Simulation System Based on Monte Carlo Method

SP-04

Zhipeng   LIU, Zhejiang University, China

Preliminary   Study on Oceanic Lidar and Data Retrieval

OP-04

Jiandong MAO, North Minzu University, China

Study on   Aerosol Hygroscopicity Factor Based on Eight-Channel Multi-Wavelength Raman Lidar over Yinchuan Area

OP-05

Xiaomin TIAN, Anhui institute of Optics and Fine Mechanics, CAS, China

An Optimized Method for Polarization Ratio of Lidar

OP-06

Qiuwu LIU, Hanshan Normal University, China

Effects of Temperature Change on the Inversion of NO2 Differential Absorption Lidar and   Corrected Algorithm

OP-07

Shichun LI, Xi’an University of Technology,   China

The Rotational Raman Lidar Spectroscopic System for Atmospheric Temperature Absolute Detection in Whole Day

OP-08

Lei   WANG, China academy of Space Technology, China

High Power LD Stacks end Pumped Tm:YLF Slab Laser

SP-05

Peng ZHUANG, Anhui Institute of Optics   and Fine Mechanics, CAS, China

Development of Doppler Lidar System for Middle and Upper Wind Measurement and Data Inversion

SP-06

Lu LI, Anhui institute of Optics and   Fine Mechanics, CAS, China

Development and Observational Studies of the New Scanning Coaxial Mie Lidar

SP-07

Zhiyuan FANG, Anhui institute of Optics   and Fine Mechanics, CAS, China

Study on Slant Visibility of Mie Scattering Aerosol Scanning Lidar

SP-08

Zhanying ZHANG, Hefei Institutes of Physical   Science, CAS, China

Horizontal Wind Field Determination from Two Lidars Based on Correlation Method

SP-09

Songlin FU, Anhui Institute of Optics and   Fine Mechanics, CAS, China

Simulation of the Observation of Aerosols with the Experimental Lidar

SP-10

Tianqi SHI, Wuhan University, China

On-line   Wavenumber Optimization for a Ground-based CH4-DIAL

SP-11

Hao XU, Wuhan University, China

High-precision   Differential Absorption Lidar System Based on an Optical Parametric   Oscillator Laser System for CO2 Monitoring

SP-12

Jiadi   SHAO, Anhui Institute of Optics and Fine Mechanics, CAS, China

Detectionof   Atmospheric Aerosol by Vehicle-mounted Mie lidar

SP-13

Yicheng   TONG, Zhejiang University, China

Polarization Lidar Gain Ratio Calibration Method and Experimental Verification

SP-14

Binyu   WANG, Zhejiang University, China

Miniaturized Laser Design Based on Passive Q-switching Technology and Laser Power Amplification Structure

SP-15

Yuhang   RONG, Zhejiang University, China

Study on Dispersion of Field-widened Michelson Interferometer

OP-09

Tongqiang LIU, Donghua University, China

Effects of Dust Aerosols on Macro and Micro Physical Properties of Ice Clouds in the Beijing Area

OP-10

Hu ZHAO, North Minzu University, China

Inversion of   Aerosol Mass Concentration Using Multi-wavelength Raman-Mie Lidar

OP-11

Yingying MA, Wuhan University, China

Long-term Investigation of Aerosol Optical Properties and Related Radiative Effects in a Typical Megacity of Central China during

Winter Haze Periods

SP-16

Hongxu LI, Nanjing University of Information   Science and Technology, China

Predicting   Aerosol Extinction Coefficient with Lidar Data Based on Deep Belief Network

SP-17

Shuang ZHANG, Lanzhou University, China

Active and Passive Remote Sensing of Aerosol Characteristics in Arid and Semi-arid   Eurasian Continent and   the Trend of   Aerosol

Variation with Meteorological from 2007 to 2016 under the Background of Global Warming Elements

SP-18

Tong WU, Beijing Normal University, China

Aerosol Optical Properties over China from RAMS-CMAQ Model Compared with CALIOP Observations

SP-19

Zhuofan   ZHENG, Zhejiang University, China

Performance Estimation of Space-borne   High-spectral-resolution Lidar for Cloud and Aerosol Optical Properties at 532 nm

SP-20

Xiaorui ZHANG, Lanzhou University, China

Direct Radiative Forcing Induced by Light-absorbing Aerosols in Different Climatic   Regions over East Asia

SP-21

Tianfen   ZHONG, Zhejiang University, China

High-spectral-resolution Lidar Data Gluing Technology Based on Dual-receiver in Atmospheric Remote Sensing

SP-22

Cheng DING, Nanjing University of Information   Science & Technology, China

Aerosol Scattering Property and the Relationship with PM2.5 Chemical Component during Winter in the Northern   Suburb of   

Nanjing

SP-23

Zheng SHI, Nanjing University of Information   Science & Technology, China

Observation of   Aerosol Scattering Properties   during Autumn and Winter in the Northern Suburbs of Nanjing

SP-24

Ruifang ZHANG, Nanjing University of   Information Science & Technology, China

Seasonal Variation and Spatial Distribution of Columnar Aerosol Optical Properties from 2001 to 2018 over Henan Province

SP-25

Zhimin RAO, North Minzu University, China

Performance   Analysis of a Fluorescence Lidar for Fluorescent Aerosol Detection in the Air

SP-26

Shuaibo   WANG, Zhejiang University, China

Simulation and Error Analysis of Inversion of Carbon Dioxide in Space-borne CO2-IPDA Lidar

SP-27

Zhenping YIN, Wuhan University, China

Dry Sea Salt Aerosols over Atlantic Ocean from Shipborne Multiwavelength Polarization Raman Lidar Measurement

SP-28

Da   XIAO, Zhejiang University, China

Retrieval of Aerosol Optical Properties Based on High-spectral-resolution Lidar

OP-12

Yifeng YAO, Donghua University, China

Study on the Surface Albedo in Xinjiang Based on MODIS Data

OP-13

Yi CAI, Anhui Institute of Optics and Fine Mechanics, CAS, China

Vertical Structure of Water Vapor Trends and   Influence on Atmospheric   Radiation

OP-14

Xingna YU, Nanjing University of Information   Science & Technology, China

Chemical and   Optical Properties of Atmospheric Aerosols during the Polluted Periods in Megacity in the Yangtze River Delta, China

SP-29

Qin HE, China University of Mining and Technology, China

Preliminary Validation of TROPOMI Tropospheric NO2 VCDs over Xuzhou, China

SP-30

Jixin WANG, Institute of Heavy Rain, CMA, China

TRMM Based Characteristic Study of Precipitation and Lightning Activity of a Hailstorm Event in Gansu Province

SP-31

Yiyang ZHANG, Nanjing University of   Information Science and Technology, China

Analysis of a Haze Event in Nanjing Based on Multi-source Data

SP-32

Cheng ZHANG, Nanjing University of   Information Science & Technology, China

Aerosol Chemical Characteristic under Different Air Pollution Levels at North Suburban Nanjing

SP-33

Siyu HOU, Nanjing University of Information   Science & Technology, China

Distribution Characteristics of Chemical Components in Aerosol during Haze Days in North Suburban Nanjing

SP-34

Chenchen   QIU, Nanjing University of   Information Science & Technology, China

Study on the Characteristics of Air Pollution in Autumn and Winter in the North Suburb of Nanjing

SP-35

Nanchao   WANG, Zhejiang University, China

Experimental Determination of Lidar Overlap Profile Based on Dual Field-of-view   High-spectral-resolution Lidar

OP-15

Xu ZOU, National Space Science Center, CAS, China

Observations of the Spectrum of Gravity Wave Turbulence from Lidar Data in Beijing, China

OP-16

Junfeng YANG, National Space Science Center, CAS, China

Observations of MLT Horizontal winds by Meteor Radar at Langfang, China (39.4°N116.7°E)

SP-36

Min JIA, Xi’an University of Technology,   China

Study on the   Ground Based Airglow Imaging Interferometer Using a Doppler Asymmetric Spatial Heterodyne (GABII-DASH) for the Upper Atmospheric Wind Measurement

SP-37

Bing CAI, National Space Science Center, CAS, China

Meteor Observations with Langfang MF Radar

OP-17

Yan CHEN, Science Systems and Applications, Inc., USA

Predicting Clear-Sky Reflectance over Snow/Ice Regions

OP-18

Chunyan ZHOU, North Minzu University, China

Methods for Early Detection of Fusarium Wilt of Cucumber Based on the Analysis of   Chlorophyll Fluorescence Induction Imaging

OP-19

Xin GONG,   North Minzu University, China

Design of a New Raman Thermometric and Spectroscopic System Based on Nonuniform Fiber Bragg Grating

SP-38

Bida JIAN, Lanzhou University, China

Evaluation of CMIP5 and CMIP6 Planetary Albedo Climatology Using Satellite Observation

SP-39

Mingchen SUN, National Space Science   Center, CAS, China

Preliminary Analysis of Atmospheric Stellar Occultation in Near-space

SP-40

Yue HUANG, Lanzhou University, China

Urban Surface Identification