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Raman lidar for monitoring of aerosol pollution in the free troposphere
D. Mueller
, Ina Mattis
, Albert Ansmann
, U. Wandinger
, D. Althausen
Centre for Atmospheric and Climate Physics Research
School of Physics, Engineering & Computer Science
Department of Physics, Astronomy and Mathematics
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
4
Citations (Scopus)
Overview
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Keyphrases
Advection
33%
Aerosol Pollution
100%
Aerosol Type
33%
Anthropogenic Pollution
66%
Asian Pollution
33%
Columnar
33%
Forest Fire Smoke
66%
Free Troposphere
100%
Geometric Properties
33%
Germany
33%
Indian Ocean
33%
Leipzig
66%
LiDAR
33%
Lidar Ratio
33%
Microphysical Properties
33%
Multiwavelength Raman Lidar
33%
North America
100%
Optical Depth
66%
Optical Properties
33%
Polar Areas
33%
Pollution
100%
Portugal
33%
Raman Lidar
100%
Saharan Dust
66%
South Asian
33%
South Siberia
33%
Southeast Asian
33%
Southwest Coast
33%
Spectral Dependence
33%
Tropospheric Pollutants
66%
Ångström Exponent
33%
Earth and Planetary Sciences
Advection
20%
Forest Fire
40%
Germany
20%
Indian Ocean
20%
North America
60%
Optical Radar
100%
Portugal
20%
Siberia
20%
Troposphere
100%