Author: Nazaroff, William W
Title: Indoor bioaerosol dynamics Document date: 2014_12_27
ID: 6cargkwy_10
Snippet: The overall approach employed in this review is to adapt and apply concepts from indoor aerosol science (e.g., as described in Nazaroff, 2004) . In particular, material balance is utilized as a core principle. Particle size is a primary determinant of indoor bioaerosol behavior. We seek a mechanistic understanding because it provides a powerful basis for extrapolating from limited empirical evidence. We also seek to develop quantitative insight, .....
Document: The overall approach employed in this review is to adapt and apply concepts from indoor aerosol science (e.g., as described in Nazaroff, 2004) . In particular, material balance is utilized as a core principle. Particle size is a primary determinant of indoor bioaerosol behavior. We seek a mechanistic understanding because it provides a powerful basis for extrapolating from limited empirical evidence. We also seek to develop quantitative insight, because knowledge of the scale of processes and outcomes is essential as a basis for separating the important from the trivial. Some prior scholarly reviews cover similar topics (Burge, 1990; Douwes et al., 2003; Gregory, 1971; Spendlove and Fannin, 1983) . However, none of these earlier reviews is as strongly grounded in indoor aerosol science as the present article.
Search related documents:
Co phrase search for related documents- material balance and particle size: 1, 2
- mechanistic understanding and particle size: 1, 2
- outcome process and present article: 1, 2
Co phrase search for related documents, hyperlinks ordered by date