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Revisiting the Effect of Room Size and General Ventilation on the Relationship between Near- and Far-Field Air Concentrations

机译:再次讨论房间大小和总体通风对近场和远场空气浓度之间关系的影响

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Objectives: In 1999, Cherrie carried out a series of mathematical simulations to investigate dispersion of pollutants through two indoor zones: the near-field (NF) and the far-field (FF). The results of these simulations were used to derive modifying factors for use in exposure modeling. However, in the original simulations, no account was taken of deposition on surfaces, either from sedimentation of aerosols or other mechanisms or the potential effects of intermittent or short duration sources. These factors may affect pollutant dispersion, particularly the relationship between NF and FF levels. The Advanced REACH Tool (ART) is based on a two-zone dispersion paradigm. Further simulations have been carried out to help ensure that the ART realistically reflects pollutant dispersion.
机译:目标:1999年,Cherrie进行了一系列数学模拟,以研究污染物在两个室内区域(近场(NF)和远场(FF))中的扩散。这些模拟的结果用于导出修改因子,以用于曝光建模。但是,在最初的模拟中,没有考虑到表面上的沉积物,无论是由于气溶胶沉积或其他机理,还是由于间歇性或短时污染源的潜在影响。这些因素可能会影响污染物的扩散,特别是NF和FF水平之间的关系。高级REACH工具(ART)基于两区域色散范式。已经进行了进一步的模拟,以帮助确保ART切实反映污染物的扩散。

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