Turbidity Modeling is a computational framework within atmospheric radiative transfer studies that quantifies the attenuation of solar radiation due to atmospheric particulate and gaseous scattering and absorption, distinguishing it from related phenomena by specifically characterizing the spatial and temporal distribution of aerosol- and cloud-induced optical depth variations.
155
Publications
7.4K
Citations
488
Authors
251
Institutions
Publications per year
2017–2026
35
Parents
Publications
155
1–5 of 155
Authors
488
- VE
5
h-index
- PI
5
h-index
- HD
4
h-index
- CAChristian A. Gueymard
National Laboratory of the Rockies, United States
4 publications · 259 citations
4
h-index
- SW
4
h-index
1–5 of 488
Institutions
251
Universidad de Valladolid
Valladolid, Spain
7 h-index
22 publications
1K citations
University of Geneva
Geneva, Switzerland
6 h-index
8 publications
901 citations
Centre National de la Recherche Scientifique
Paris, France
6 h-index
18 publications
496 citations
National Observatory of Athens
Athens, Greece
5 h-index
13 publications
368 citations
Upstate Freshwater Institute
Syracuse, United States
4 h-index
18 publications
451 citations
Ifremer
Brest, France
3 h-index
6 publications
513 citations
Battelle
Geneva, Switzerland
2 h-index
2 publications
685 citations
Chinese Academy of Sciences
Beijing, China
2 h-index
9 publications
180 citations
1–8 of 251
Venues
- Solar Energy
16 publications · 1.2K citations
14
h-index
- Applied Optics
9 publications · 763 citations
9
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- Renewable Energy
6 publications · 172 citations
6
h-index
- Atmospheric Environment
5 publications · 217 citations
5
h-index
- Remote Sensing
4 publications · 224 citations
4
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1–5