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Google Adwords
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Google Adwords allows businesses to advertise on any number of sites, including Expo Central, regardless of the size of their budget. Ad campaigns can be set up to target based on keywords, geographical location of the visitor, and/or individual web sites. They handle the most common sizes of ads and allow text, image or video.
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Firefox with Google Toolbar
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Mozilla Firefox is a web browser with pop-up blocking, tabbed browsing, and privacy and security features. Integration of the Google Toolbar into the Firefox download offers users even more features: Google search, SpellCheck, and Autofill.
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Google Pack Software
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Get the power of Google on your desktop PCs! Google Pack provides a single installer for many essential PC applications from Google and other trusted partners. These applications improve your browsing with increased speed and security, provide better searching capability for the web and for your own PC and enable you to collect and organize your personal data, including photos.
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Science > Environment > Air Quality > Air Dispersion Modeling > Software : Categories
Science > Environment > Air Quality > Air Dispersion Modeling > Software : Web Resources
Science > Environment > Air Quality > Air Dispersion Modeling > Software : Web-Sites
| 31. The Disperse Model
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| A Gaussian air dispersion model available as a Microsoft Excel spreadsheet from P&I Design Limited, a process design consultancy based in Stockton-on-Tees, England. |
| http://www.pidesign.co.uk/disperse.htm |
| 32. The DREAM Model
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| The Danish Rimpuff and Eulerian Accidental release Model (DREAM), developed by the National Environmental Research Institute (NERI) of Denmark, is a high-resolution, three-dimensional tracer model for short and large scale atmospheric transport, dispersion, and deposition (wet and dry) of radioactive air pollution from a single strong source. |
| http://www.dmu.dk/AtmosphericEnvironment/WEPTEL/DREAM/ |
| 33. The FLACS Explosion Model
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| FLACS (FLame ACceleration Simulator) is an advanced tool for the modeling of ventilation, gas dispersion, vapour cloud explosions and blast in complex process areas. It was developed by GexCon AS of Norway. |
| http://www.gexcon.com/index.php?src=flacs/flacs.html |
| 34. The Indic-Airviro System
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| The Swedish Meteorological and Hydrological Institute (SMHI) developed a dispersion modeling system with modules for: receiving input data from monitoring stations; an emission data base; and dispersion modeling. The dispersion module has a Gaussian model for small-scale applications, a grid model for large-scale regional applications, a street canyon model for emission sources surrounded by buildings, and a dense gas module. |
| http://www.indic-airviro.smhi.se/ |
| 35. The LASAT model
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| Developed by Janicke Consulting (located in Danum, Germany), the Lagrangian Simulation of Aerosol Transport (LASAT) model utilizes stochastic processes to simulate numerically the transport and turbulent diffusion of a group of representative particles. LASAT has a preprocessor which calculates the meteorological profiles and three-dimensional wind fields required for the simulations. |
| http://www.janicke.de/lasat/e_lasat.htm |
| 36. The MIDAS Models
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| Dispersion models, offered by ABS Consulting (from their office in Bethesda, Maryland, USA), for routine and accidental airborne releases. Versions available are: quick-running plume model, urban dispersion model and inside building model. Real-time displays of the dispersing plume on site-specific maps. |
| http://www.absconsulting.com/midas/advantage.html |
| 37. The NAME dispersion model
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| The Nuclear Accident Model (NAME) is an essential part of the contingency plans for accidental releases of radioactivity into the atmosphere: to provide early warning for emergency response and to predict concentrations, depositions and dosages of radionuclides. Use of the model is administered by the National Meteorological Centre of the United Kingdom's Meteorological Office at Bracknall, Berkshire, UK. |
| http://www.met-office.gov.uk/research/nwp/publications/nwp_gazette/3rd96/name2.html |
| 38. The Oklahoma Dispersion Model
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| A simple model developed at the Oklahoma State University (in the USA) to assess the atmosphere's ability to disperse gases and particulates released at near ground level. The focus of the model is to evaluate downwind pollutant concentrations at distances of 1/4 mile to 2 miles (although greater distances would apply). |
| http://agweather.mesonet.ou.edu/models/dispersion/default.html |
| 39. The OML Model
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| A Gaussian plume model developed by Denmark's National Environmental Research Institute (NERI) that is recommended for environmental impact assessments of any planned new industrial sources. The model can be used at distances up to 20 km for high or low sources, one or more point sources, or area sources. It is not suitable for complex terrain and it requires input data on emissions and meteorology on an hourly basis. |
| http://www.dmu.dk/AtmosphericEnvironment/oml/OMLlong.htm |
| 40. The PHAST Software
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| Developed by Det Norske Veritas (DNV) of Oslo, Norway, the PHAST software includes: a unified dispersion model (UDM) for various accidental releases; modeling of Bleves, jet fires, pool fires and vapor cloud explosions; handling of multicomponent mixtures; and an online help system. Upgrades and technical support are provided. |
| http://www.dnv.com/software/all/phast/productInfo.asp |
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Science > Environment > Air Quality > Air Dispersion Modeling > Software : Web Resources
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