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A Hierarchy of Dynamic Plume Models Incorporating Uncertainty Volume 3:Second-Order Closure Integrated Model Plume (SCIMP)

机译:包含不确定性的动态羽流模型的层次结构第3卷:二阶闭包整体模型羽流(sCImp)

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The Second Order Closure Integrated plume Model (SCIMP) is the lowest resolution member of a hierarchy of models. It simulates the expected value of plume concentration downwind of a fossil-fueled powerplant stack, along with an estimate of the variation around this value. To represent the turbulent atmosphere surrounding the plume compatibly with available meteorological data, a second order closure sub-model is used. Plume expansion is calculated by a steady-state bivariate Gaussian model derived from cross-wind area integrals of the equations used in the Stack Exhaust Model (SEM), the highest resolution model. Meteorological uncertainty is accounted for by repeatedly running the model while randomly varying meteorological inputs.

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