'Particle phase' diaporamas de présentation

Envr 725

Envr 725. Tues. and Thurs- 3 credit hours, room 0015 MHRC 11:00 am to 12:15 pm Snow days call 942 4880 or cell 919 614 4730 http://www.unc.edu/courses/2007spring/envr/725/001/Envr725.html Rich Kamens; 966 5452 kamens@unc.edu http://airsite.unc.edu/~kamens/. Textbook

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Objective

Envr 890 Organic Aerosols: Lecture 2. What questions do we have to start asking if we are to build a kinetics model to predict aerosol formation from isoprene reactions? kamens@unc.edu http://www.unc.edu/~kamens. Objective.

1.15k views • 99 slides

A kinetic theory for the transport of small particles in turbulent flows

A kinetic theory for the transport of small particles in turbulent flows. Michael W Reeks School of Mechanical & Systems Engineering, Newcastle University. Environmental /industrial processes. Mixing & combustion pollutant dispersion fouling / deposition clean up radioactive releases

704 views • 55 slides

EAS 4/8803: Experimental Methods in AQ

EAS 4/8803: Experimental Methods in AQ. Week 11: Air Quality Management (AQM) Clean Air Act (History, Objectives, NAAQS) Emissions and Atmospheric Trends (Links) Principal Measurement Techniques (NOx, CO, SO 2 ) Measurement of CO (Exp 5)

546 views • 46 slides

Secondary Aerosol Formation from Atmospheric Gas and Particle Phase Reactions of Toluene

Secondary Aerosol Formation from Atmospheric Gas and Particle Phase Reactions of Toluene. Di Hu and Richard Kamens. Funded by the USEPA STAR program: July 30, 2003 to July 29, 2006 Dr. Darrell Winner project monitor. Department of Environmental Science and Engineering, UNC, Chapel Hill.

573 views • 40 slides

Atmospheric Deposition of Air Toxics

Atmospheric Deposition of Air Toxics. Matt F. Simcik Division of Environmental and Occupational Health School of Public Health University of Minnesota. Why should we care about Atmospheric Deposition of Air Toxics?. Atmospheric Deposition is the only source to remote areas such as the

281 views • 15 slides

DILUTE SUSPENSION FLOW: AN EXPERIMENTAL AND MODELING STUDY

DILUTE SUSPENSION FLOW: AN EXPERIMENTAL AND MODELING STUDY. Jennifer Sinclair Curtis Chemical Engineering, University of Florida. Center for Particulate & Surfactant Systems (CPaSS) IAB Meeting Columbia University, New York City August 20, 2009. Relevance and Impact.

254 views • 10 slides