'Accumulation mode' diaporamas de présentation

Aerosol Size Distribution Modeling for the Pacific Northwest

Aerosol Size Distribution Modeling for the Pacific Northwest. Robert Elleman Ph.D. Defense March 9, 2007 Department of Atmospheric Sciences University of Washington. 30 Second Overview of Project. Simulate aerosol size distributions in the Pacific Northwest with regional air quality model

566 views • 35 slides

Influences of In-cloud Scavenging and Cloud Processing on Aerosol Concentrations in ECHAM5-HAM

Betty Croft - Dalhousie University, Halifax, Canada Ulrike Lohmann - ETH Zurich, Zurich, Switzerland Randall Martin - Dalhousie University, Halifax, Canada Philip Stier - University of Oxford, Oxford, U.K. Johann Feichter - MPI for Meteorology, Hamburg, Germany

414 views • 31 slides

Regional Air Quality Modeling

Regional Air Quality Modeling. Patrick Barickman, Air Quality Modeler Tyler Cruickshank, Meteorologist/Modeler Utah Department of Environmental Quality Division of Air Quality October 23, 2003. Visibility Science, Modeling, and the Western Regional Air Partnership.

447 views • 30 slides

DAEDALUS EC 5th framework: aerosol users survey

426 views • 29 slides

Betty Croft - Dalhousie University, Halifax, Canada

Betty Croft - Dalhousie University, Halifax, Canada Ulrike Lohmann - ETH Zurich, Zurich, Switzerland Randall Martin - Dalhousie University, Halifax, Canada Philip Stier - University of Oxford, Oxford, U.K. Johann Feichter - MPI for Meteorology, Hamburg, Germany

432 views • 29 slides

ESRF interest & commitment to (ultra-) fast science with X-rays Kees Scheidt

ESRF interest & commitment to (ultra-) fast science with X-rays Kees Scheidt Diagnostics group, Machine division. ESRF interest & commitment to (ultra-) fast science with X-rays. Thorough tests of the quasi-isochronous Storage Ring in 1995 :

253 views • 14 slides

Introduction 1. Advantages and difficulties related to the use of optical data

228 views • 14 slides

Particle formation and growth

Particle formation and growth. Gas phase reactions Formation of low volatility products; nucleation or condensation; (coagulation) E.g. , SO 2 oxidation ? H 2 SO 4. Reactions of gases on particle surfaces Formation of condensed phase products E.g. , HNO 3 (g) + sea salt ? NaNO 3.

346 views • 11 slides