Atmospheric Dispersion Modeling Compliance GuideULTIMATE CLEAN AIR ACT COMPLIANCE KIT Now there's a complete manual for anyone concerned with volatile organic compounds and particulate matter in the air. Focusing on stationary sources (stack emissions), Atmospheric Dispersion Modeling Compliance Guide, by Karl B. Schnelle, Jr. and Partha R. Dey, gives you a framework for understanding air pollution modeling. With worked-out problems clarifying important models and concepts, this handy book/disc package is the clearest, most comprehensive and up-to-date, tool available for assuring compliance under the Clean Air Act and its amendments, and similar international regulations. You get: *Formulas for multiple sources and receptors *The Industrial Source Complex (ISC) model, puff and urban models, and boundary layer parameterizations models *Guidance on accidental emissions and chimney design *Review of harmonization of European models *Much more [CD-ROM logo - box] Included CD-ROM puts atmospheric diffusion modeling programs for dealing with real-world problems at your fingertips. |
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Contents
Atmospheric Diffusion Modeling for Prevention | 2-1 |
Basic Meteorological Principles | 3-1 |
Air Pollution Climatology | 4-1 |
Copyright | |
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Common terms and phrases
air quality algorithm ambient applied assumed atmosphere average boundary layer Briggs building buoyancy calculated centerline Chapter 16 complex concentration constant convective defined deposition described determine developed diameter diffusion direction discussed dispersion Dispersion Modeling distribution downwash downwind distance earth effects elevated emission energy Equation estimate Figure final flow flux formula function Gaussian given grid ground ground-level concentration heat height increase initial inversion layer length less m/sec maximum mean measured meteorological method mixing neutral occur parameters particle period plant plot plume rise presented Problem produce puff radiation receptor release result scale sector specific stability stack stack height standard surface Table temperature term terrain tion turbulence units unstable urban velocity vertical wake wind speed
Bibliographic information
| Title | Atmospheric Dispersion Modeling Compliance Guide McGraw-Hill professional engineering |
| Authors | Karl B. Schnelle, Partha R. Dey |
| Edition | illustrated |
| Publisher | McGraw Hill Professional, 2000 |
| ISBN | 0070580596, 9780070580596 |
| Length | 526 pages |
| Subjects | › › Technology & Engineering / Environmental / General |
| Export Citation | BiBTeX EndNote RefMan |