Wednesday, 10 July 2002
Posters
- 15h30 to 19h00
Session
S6P
Aerosols/Clouds/Humidity/Temperature
and the Physics of
Chairs : Pierre Galarneau and Russel Philbrick
S6P.01
Retrieval of Tropospheric Aerosol Parameters From
S6P.02
Analysis of an Iterative Multiwavelength Lidar Scheme
to
S6P.03
Determination of Vertical Distributions of Aerosol
Optical
S6P.04
Microphysical Parameters from 3-Wavelength Raman Lidar
S6P.05
Iterative
Retrieval of Mode Radius and Extinction-to-Backscatter
S6P.06
Retrieving Atmospheric Aerosol Parameters on the Base
of
S6P.07
Preliminary Measurements of Aerosol Backscatter/Extinction
S6P.08
Comparison of Raman Lidar and MicroPulse Lidar Aerosol
S6P.09
Modelisation of Aerosol Extinction and Backscattering
Properties
S6P.10
Characterization
of Aerosol Microphysical and Optical Properties:
S6P.11
Scanning-Lidar Based Atmospheric Monitoring
S6P.12
Elimination of Asymmetry in the Two-Angle
Lidar-Equation Solution
S6P.13
A Lidar
Calibration Method by Water Cloud
S6P.14
Combined Observations of Aerosols, Clouds and
Water Vapor by
S6P.15
A Raman Lidar for Measurements of Cloud Liquid
Water
S6P.16
Numerical Simulation of Incoherent Raman Scattering
S6P.17
Visualizing Cloud Patterns with Micro Pulse Lidar
S6P.18
GLITTER: Cloud-Base Lidar Altimeter: Modeling and
S6P.19
MFOV Lidar Retrieval of Cloud Microphysical Parameters:
S6P.20
Small-Angle Double Scattering Lidar Equation
S6P.21
Iterative
Correction of Multiple-Scattering Effects in
S6P.22
Ocean Elactic and Raman Lidar Return with Multiple
Scattering
S6P.23
Measurements of Cirrus Clouds and Aerosols by Using a
S6P.24
Airborne
Lidar and In-situ measurements of Cirrus Clouds
S6P.25
Cirrus Cloud Optical Depths Derived from LASE
Measurements
S6P.26
Tropical
Cirrus Clouds Measurements at Camagüey, Cuba
S6P.27
Cirrus
Particle Size Measurements Using A High Spectral
S6P.28
Experiment for Cirrus, Humidity and Temperature Studies
S6P.29
Monitoring of Water Vapor, Aerosols and Clouds/Contrails
in the
S6P.30
Development of a H2O Raman Lidar: First Results during
the
S6P.31
Comparison of LASE Water Vapor Measurements with
S6P.32
Quality
Assurance and Post Processing of Water Vapor DIAL
S6P.33
Climatological Analysis of Four-Year Water Vapor
Measurements
S6P.34
Towards the Operational Use of Water-Vapor Lidar in the
German S6P.35
Simultaneous Humidity and Temperature Measurements with
S6P.36
A Raman Backscattering Lidar System For
Tropospheric Radio
S6P.37
Daytime
Temperature Profiling in the Troposphere with a Pure
S6P.38
Distortions of the Temperature Profile of the
Atmosphere Acquired
S6P.39
Cabauw Experimental Site for Atmospheric Research an
Overview
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