Chemical effects of diesel trap related
emissions and other current topics in atmospheric modeling.
Knipping E. M. and Dabdub D. Plenary
Session: Center for Environmental Analysis - Centers of Research
Excellence in Science & Technology (CEA-CREST): Third Annual
Environmental Science Conference. Pasadena, CA. May, 2002.
Chemical effects of diesel trap-related emissions and other current
topics in atmospheric chemical modeling. Dabdub D.
Plenary lecture. 19th Annual Symposium on Kinetics and
Photochemical Processes in the Atmosphere.
University of California, Los Angeles. Los Angeles, CA. Feb 28, 2002.
Mechanical Engineering in the information age. Dabdub D. Department
of Mechanical & Aerospace Engineering. University of California, Irvine.
Irvine, CA. June 2, 2000.
Mathematical modeling of atmospheric aerosols. Dabdub D. W. E.
Schiesser Distuinguished Lecture. Lehigh University. Bethlehem, PA. Feb
17, 1999.
Current state-of-the-art aerosol models. Dabdub D. Plenary talk.
Atmospheric Environment Service. Toronto, Canada. March 3, 1997.
Sulfate-Nitrate-Ammonium-Water system study for the global troposphere
with a size and chemically resolved Aerosol-Chemical Transport Model.
Rodriguez M. and Dabdub D. Fifth Conference on Atmospheric
Chemistry. Long Beach, CA. Feb, 2003
Numerical solution of the aerosol condensation/evaporation
equation. Nguyen K. and Dabdub D. Proceedings of the Computational
Science -- ICCS 2001 International Conference. San Francisco, CA. May, 2001.
Vassil N. Alexandrov (ed.), Springer-Verlag.
Size-resolved and chemically resolved aerosol-chemical transport model
of the global troposphere. Rodriguez M. and Dabdub D. Symposium of
Atmospheric Chemistry. Issues in the 21st century. American Meteorological
Society. Long Beach, CA. January, 2000. Paper 1.2
Sensitivity of diagnostics wind field to the size of the estimation
domain. Ghim Y. S., Kim J. Y., Kim Y. P. and Dabdub D. The 11th World
Clean Air and Environment Congress. Durban, South Africa. September 13-18, 1998.
Paper number 10D-1.
Lectures with Abstracts
Comparison of photochemical mechanisms for air quality
modeling. Jimenez P. and Dabdub D. 26th NATO/CCMS International
Technical Meeting on Air Pollution Modeling and its Application.
Istanbul, Turkey. May 26-30, 2003.
Mathematical modeling of atmospheric aerosols. Dabdub D.
Universitat Politècnica de Catalunya. Barcelona, Spain. July 4, 2002.
Mathematical modeling of air pollution. Dabdub D.
Escola Tècnica Superior d'Enginyeria Química.
Tarragona, Spain. June 28, 2002.
Aerosol dynamics of NOx and VOC control. Dabdub D.
EPA Science Forum 2002. Washington, DC. May, 2002.
Chlorine emissions from activated sea-salt aerosols and their potential impact
on ozone. Dabdub D. Chairman's Air Pollution Seminar. California
Air Resources Board. Sacramento, CA. March 31, 2002.
Modeling California air quality dynamics by parallel
computation --- Impact of various control strategies on particulate matter.
Dabdub D. Atmospheric Sciences seminar series. Department of Land,
Air & Water Resources. University of California, Davis.
Davis, CA. Dec 4, 2001.
The Earth's atmosphere viewed from a chemical engineering
perspective. Dabdub D. Department of Chemical Engineering.
Rice University. Houston, TX. Nov 29, 2001.
Evaluation of the magnitude of VOC oxidation by chlorine atoms in a coastal
urban airshed. Knipping E. M. and Dabdub D. 20th Annual
Conference of the American Association for Aerosol Research.
Portland, OR. Oct 19, 2001.
Mathematical modeling of urban and regional air pollution. Dabdub D.
University of Houston. Houston, TX. May 14, 2001.
Dynamics of pollutants in the South Coast Air Basin of California.
Dabdub D. CEA-CREST Winter Seminar. California State University, Los
Angeles. Los Angeles, CA. Mar 9, 2001.
Mathematical modeling of size and chemically resolved urban atmospheric
aerosols. Dabdub D. Department of Chemical Engineering. University
of Houston. Houston, TX. Feb 9, 2001.
New discoveries in the chemistry of Cl in the lower atmosphere and its
impact on air quality. Dabdub D. Department of Chemistry. University
of Houston. Houston, TX. Feb 8, 2001.
Mathematical modeling of halogen activation in sea-salt aerosols.
Dabdub D. Environmental Engineering Science/Global Environmental
Science. California Institute of Technology. Pasadena, CA.
Jan 24, 2001.
Mathematical modeling of size and chemically resolved urban atmospheric
aerosols. Dabdub D. Atmospheric Chemistry Colloquium Series. Pacific
Northwest National Laboratory. Richland, WA. Jan 8, 2001.
Parallel computations in atmospheric chemical modeling. Dabdub D.
Computational Science Research Center. San Diego State University.
San Diego, CA. November, 2000.
Modeling studies of halogen activation due to the heterogeneous chemistry
of marine aerosols. Knipping E. M., Lakin M. J., Finlayson-Pitts
B. J. and Dabdub D. 19th Annual Conference of the American
Association for Aerosol Research. St. Louis, MO. November, 2000.
Effects of NOx and VOC on the formation of urban aerosols Nguyen K.
and Dabdub D. 19th Annual Conference of the American
Association for Aerosol Research. St. Louis, MO. November, 2000.
Modeling studies of halogen activation due to the heterogeneous chemistry
of marine aerosols. Knipping E. M., Lakin M. J., Dabdub D. and
Finlayson-Pitts B. J. 2000 Annual Meeting. American Institute of Chemical
Engineering. Los Angeles, CA. November, 2000.
Parallel computations in atmospheric chemical modeling. Dabdub D.
Ohio Supercomputer Center. Columbus, OH. October, 2000.
Parallel computation and applied mathematics aspects of
atmospheric modeling. Dabdub D. Institute for Mathematics and its
Applications. Minneapolis, MN. March 18, 2000.
The importance of reactions in and on water in tropospheric sea salt
chemistry. American Geophysical Union. December, 1999.
Tropospheric Aerosol Program Workshop, Dabdub D. Brookhaven
National Laboratory. June 2-4, 1999.
Applied mathematics, fast computers and clean air. Dabdub D.
Department of Mathematics. Harvey Mudd College. Claremont, CA. May 5,
1999.
Mathematical techniques used to model reactive transport in the atmosphere.
Dabdub D. and Nguyen K. Fifth SIAM Conference on Mathematical and
Computational Issues in the Geosciences. Society for Industrial and Applied
Mathematics. San Antonio, TX. March 26, 1999.
Development of a comprehensive coupled gas-phase and droplet size resolved
aqueous phase chemistry model. Knipping E. M. and Dabdub D. Fall
Meeting. American Geophysical Union. San Francisco, CA. Dec 7, 1998.
Improving codes capable of more detailed treatment of air quality.
Dabdub D. Pacific Northwest National Laboratory. Richland, WA.
August, 1998.
Modeling secondary aerosol formation in the South Coast Air Basin.
Dabdub D. 17th Annual American Association for Aerosol Research
Conference. Cincinnati, OH. June 24, 1998.
New spline techniques used in the solution of hyperbolic systems to
describe atmospheric transport. Nguyen K. and Dabdub D. 11th Annual
Research Symposium TSRTP. Berkeley, CA. April 25, 1998.
Size- and chemically-resolved model of atmospheric aerosol dynamics.
Dabdub D. 16th Annual American Associtation for Aerosol Research
Conference. Denver, CO. October 15, 1997
Public Lectures
Urban air quality impacts of distributed generation in the South Coast
Air Basin. Dabdub D. and Brouwer J. Energy Systems Integration
Public Lectures. California Energy Commission. Sacramento, CA.
Oct 2004.
The chemistry and control of VOCs and NOx emissions in the
South Coast Air Basin of California. Nguyen K. and
Dabdub D. 18th Annual Symposium on Kinetics and
Photochemical Processes in the Atmosphere. California Institute
of Technology. Pasadena, CA. Feb 2001.
Dynamics of particle pollutants in Los Angeles.Dabdub D.
Department of Community and Environmental Medicine. University of California,
Irvine. Irvine, CA. June 2, 2000.
The chemical mechanism for Cl2 production from NaCl aerosol
and ozone. Knipping E. M., Lakin M. J., Foster K. L., Jungwirth
P., Tobias D. J., Gerber R. B., Dabdub D. and
Finlayson-Pitts B. J. 17th Annual Symposium on Kinetics and
Photochemical Processes in the Atmosphere. University of California, Irvine.
Irvine, CA. February 2000.
Modeling of laboratory studies of Cl2 formation by reaction
of O3 with deliquesced NaCl particles. Knipping E. M.
and Dabdub D. 16th Annual Symposium on Kinetics and Photochemical
Processes in the Atmosphere. California State University - Los Angeles.
Los Angeles, CA. February 1999.
Incorporating aerosol dynamics into global chemistry transport models.
Dabdub D. and Rodriguez M. Atmospheric Chemistry Division. National
Center Atmospheric Research.Boulder, CO. Oct 23, 1998.
Mathematical modeling of the size and composition ditribution of PM2.5
aerosols. Dabdub D. Air and Waste Management Association and the
U. S. Environmental Protection Agency. Long Beach, CA. January 27, 1998.
Problem Solving Environments for parallel computing in the classroom.
Dabdub D. Supercomputing '97. San Jose, CA. November, 1997.
The implementation of symbolic computations on large-scale atmospheric
numerical simulations. Dabdub D. 1997 IMACS Conference on Applications
of Computer Algebra. International Association for Mathematics and Computers
in Simulation. Conference on Applications of Computer Algebra. Maui, Hawaii.
July 25, 1997.
Managing specificity and generality: tailoring general archetypal PSEs
to specific users. Dabdub D. 1997 Center for Research on Parallel
Computation Annual Meeting. Rice University, Texas. May 21, 1997.
PM simulation methods & impact of climate change on air quality.
Dabdub D. Electric Power Research Institute. Palo Alto, CA.
January 23, 1997.
Modeling, visualization and high performance computing. Dabdub D.
Computing in Environmental Resource Management Conference. Sponsored by
theAir and Waste Management Association and the U.S. Environmental Protection
Agency. Research Triangle Park, NC. Dec 3, 1996.
Problem solving environments for parallel computing: a case study on
air quality modeling. Dabdub D. Supercomputing '96. Pittsburgh,
PA. Nov 19, 1996.
Information technology for environmental solutions. Dabdub D.
IBM Almaden Research Center. San Jose, CA. Oct 30, 1996.
The reusability of PSEs in CFDs. Dabdub D. National Science
Foundation---Division of Advanced Scientific Computing. University of
California, Irvine. August 20, 1996.
A PSE for airshed models using the 3D+T+M^k archetype. Dabdub D.
Center for Research in Parallel Computation.Argonne National Laboratory
(ANL), Argonne, Illinois. May 16, 1996.
Computational analysis of urban and regional air quality models.
Dabdub D. California Institute of Technology. Department of Chemical
Engineering. Pasadena, CA. April 9, 1996.
Integration of Problem Solving Environments on air quality models. Dabdub
D. National Science Foundation---Division of Advanced Scientific Computing.
Santa Fe, New Mexico. March 2, 1996.
