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The CAMP Research Program
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The CAMP Research Program
http://camp.gmu.edu/
The George Mason University in Virginia has a research program called CAMP (Comprehensive Atmospheric Modeling Program). The focus of the program, funded by the U.S. Defense Department, is on atmospheric transport and dispersion of releases of nuclear, biological, and chemical agents. A wide range of available air dispersion models will be acquired and evaluated.
Environment > Atmosphere > Air Dispersion Modeling
Mar 28, 2008
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Other links at Environment > Atmosphere > Air Dispersion Modeling
A database of 27 different air dispersion models. Each model entry includes: a description, where to obtain the software, the original authors, and literature references pertaining to the model. Sponsored by a consortium of 10 countries in Europe, Africa, Asia and Latin America.
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A comprehensive list of literature references on mesoscale meteorology compiled by Dr. Ming Xue, many of which relate to various aspects of air dispersion modeling.
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Diffusion Division (ATTD) and Atmospheric Sciences Modeling Division (ASMD) support the U.S. EPA in developing regulatory air dispersion models.
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The George Mason University in Virginia has a research program called CAMP (Comprehensive Atmospheric Modeling Program). The focus of the program, funded by the U.S. Defense Department, is on atmospheric transport and dispersion of releases of nuclear, biological, and chemical agents. A wide range of available air dispersion models will be acquired and evaluated.
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Located at the University of California's Lawrence Livermore National Laboratory (LLNL), the National Atmospheric Release Advisory Capability (NARAC) is a national emergency response service for real-time assessment of incidents involving accidental releases of nuclear, chemical, biological, or natural hazardous material.
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The modelling and dispersion program is part of the Commonwealth Scientific and Industrial Research Organization (CSIRO) in Australia. Within the program, the Pollution Dispersion team: conducts laboratory and field studies of convective boundary layer growth, turbulence, and dispersion; and develops advanced air dispersion models utilizing ideas from Lagrangian theory studies and from the laboratory and field studies.
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Safety Assessment (TSA-4) Division of the LANL. The air quality team works with meteorological, air chemistry, plume dispersion, computational fluid dynamics, and emissions models. The site includes model descriptions as well as the names, email addresses and functions of all the key personnel.
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Founded in 1993 by the Municipality of Tehran, Iran, the primary role of AQCC is providing research, consultation, planning and implementation of services regarding air and noise pollution in Tehran.
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ADMLC's main aim is to review current understanding of atmospheric dispersion for application in authorization or licensing of discharges to the atmosphere from industrial, commercial or other sites. ADMLC is concerned with long-term controlled releases as well as short-term releases, and at all scales, including on-site and within buildings.
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Developed by the United Kingdom's Meteorological Office, the NAME model is part of the contingency plans in the event of accidental releases of radioactivity into the atmosphere: to provide early warning for the guidance of emergency services; and to predict concentrations, depositions and dosages of radionuclides as input to impact assessments.
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