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Photolysis rates - PowerPoint PPT Presentation

Measurements and Modeling of Solar Ultraviolet Radiation and Photolysis Rates during SCOS97

Measurements and Modeling of Solar Ultraviolet Radiation and Photolysis Rates during SCOS97

Measurements and Modeling of Solar Ultraviolet Radiation and Photolysis Rates during SCOS97. Laurent Vuilleumier Environmental Energy Technologies Division Presented at the SCOS97-NARSTO Data Analysis Conference February 14, 2001. Collaborators. Nancy J. Brown, Berkeley Lab

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409 views • 30 slides
Measurements and Modeling of Solar Ultraviolet Radiation and Photolysis Rates during SCOS97

Measurements and Modeling of Solar Ultraviolet Radiation and Photolysis Rates during SCOS97

Measurements and Modeling of Solar Ultraviolet Radiation and Photolysis Rates during SCOS97. Laurent Vuilleumier Environmental Energy Technologies Division Presented at the SCOS97-NARSTO Data Analysis Conference February 14, 2001. Collaborators. Nancy J. Brown, Berkeley Lab

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306 views • 30 slides
NASA Air Quality Applied Sciences Team Update Daniel S. Cohan, Rice University

NASA Air Quality Applied Sciences Team Update Daniel S. Cohan, Rice University

NASA Air Quality Applied Sciences Team Update Daniel S. Cohan, Rice University. Southeast Texas Photochemical Modeling Technical Committee July 21, 2014. Air Quality Applied Sciences Team (AQAST). EARTH SCIENCE SERVING AIR QUALITY MANAGEMENT NEEDS. Earth science resources.

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355 views • 21 slides
RAQMS Study of Bromine Catalyzed Tropospheric Ozone Loss in the Arctic, Spring, 2008

RAQMS Study of Bromine Catalyzed Tropospheric Ozone Loss in the Arctic, Spring, 2008

RAQMS Study of Bromine Catalyzed Tropospheric Ozone Loss in the Arctic, Spring, 2008. Murali Natarajan, Jay Al-Saadi, Brad Pierce,Todd Schaack, Alan Lenzen, John Worden, Anne Thompson, Bill Simpson, Deanna Donohoue, and Samuel Oltmans. TES Science Team Meeting, Boulder, CO., February 23-25,2009.

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289 views • 16 slides
Running CAMx

Running CAMx

Running CAMx. 1. Emissions. Acquire appropriate information to get emissions inputs that are: Representing the mobile, area, and biogenic emissions Speciated for the chemistry mechanism to be used Temporally-allocated by hour Spatially-allocated May consider day/date-specific profiles

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156 views • 15 slides
9 biomass-affected scenarios identified by the model

9 biomass-affected scenarios identified by the model

Biomass non-radiative Influence from 1 to 3km. Biomass non-radiative Influence below 1 km. Observed and simulated CO concentrations over two Thailand surface stations, and our estimated biomass CO emissions in Southeast Asia (Woo et al, TRACEP issue). Biomass radiative Influence below 1 km.

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217 views • 1 slides
Implementation of an Online Photolysis Module in CMAQ 4.7

Implementation of an Online Photolysis Module in CMAQ 4.7

Implementation of an Online Photolysis Module in CMAQ 4.7. Christopher G. Nolte 1 , Shawn J. Roselle 1 , and Francis S. Binkowski 2

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98 views • 1 slides

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