CITPUFF: a Gaussian puff model for estimating pollutant concentration in complex terrain
U.S. Dept. of Agriculture, Forest Service, Rocky Mountain Forest and Range Experiment Station, 1985 - Nature - 24 pages
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advection advection step air pollution air quality modeling algorithm American Meteorological Society analysis area applied approximation calculated card type Chisholm Institute CITPUFF model Colorado State University complex topography concentration field configuration continuous point source contribution from source Control Parameter File diffusion dispersion coefficients Distance from source Egan elevation emission Environmental Protection Agency equation Figure flow Fosberg Free integer Free logical Free real Gaussian grid points Ground-level concentration contribution influencing wind input JOBID Lavery Meteorological Data File mixing depth mounded terrain oil shale option output Pasquill-Gifford plume rise point source solution procedure file puff model puff release puff sampling puff trajectory receptor Research Triangle Park simulation source km Stability category stability classes stack height Strimaitis TAPAS TAPAS-structured file terrain adjustment factors tion Topographic Air turbulent user's version of CITPUFF vertical wind components wind field wind power law wind speed wind velocity field WINDS model