Author: Nazaroff, William W
Title: Indoor bioaerosol dynamics Document date: 2014_12_27
ID: 6cargkwy_74
Snippet: Infectious agent viability may decay at a significant rate when airborne (Weber and Stilianakis, 2008) . Incorporating the effects of such processes into model equations can be achieved through the decay parameter, b, in equations (1) and (2). Transport and mixing. Throughout this study, it has been assumed that an indoor environment can be represented as a well-mixed space. At the level of an individual room, the size of a typical bedroom or pri.....
Document: Infectious agent viability may decay at a significant rate when airborne (Weber and Stilianakis, 2008) . Incorporating the effects of such processes into model equations can be achieved through the decay parameter, b, in equations (1) and (2). Transport and mixing. Throughout this study, it has been assumed that an indoor environment can be represented as a well-mixed space. At the level of an individual room, the size of a typical bedroom or private office, that description is often but not always reasonable. An entire residence, or a large building, might be appropriately represented as a network of well-mixed rooms or zones, interconnected by airflow paths (Feustel, 1999) .
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