An experimental investigation of flow and diffusion in the disturbed boundary layer over a ridge—II. Diffusion from a continuous point source
Author:
Publisher
Elsevier BV
Subject
Pollution
Reference12 articles.
1. An experimental investigation of flow and diffusion in the disturbed boundary layer over a ridge—I, mean flow and turbulence structure;Arya;Atmospheric Environment,1981
2. An experimental investigation of flow and diffusion in the disturbed boundary layer over a ridge.—I. mean flow and turbulence structure;Arya;Atmospheric Environment,1981
3. Gas diffusion near buildings;Halitsky,1968
4. Workshop on atmospheric dispersion models in complex terrain;Hovind,1979
5. Building wake effects on short stack effluents;Huber,1976
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