Influence of mass unit to dispersion of particulate matter according to Gauss models
Saturday,
02/12/2023,
10:04(GMT +7)
MSc. Fellows. Nguyen Huy Tien
Assoc. Prof. Tran Ngoc Chan
(Air Environmental Engineering Division
Hanoi University of Civil Engineering)
ABSTRACT
Mass unit (r) of particulate matter outpasses that of gases. This will affect on the concentration dispersion of particulate matter and make different concentrations between particulate maters and gases. Impact of setting velocity (vr) to concentration dispersion was reported at National scientific conference on “Environment – Health – Energy effect – climate change” organized in Hanoi in January 2008. In this article we are considering reflect level of ground surface to particulate matter and suggest absorption coefficient a which depends on mass units of particulate matter.
Assoc. Prof. Tran Ngoc Chan
(Air Environmental Engineering Division
Hanoi University of Civil Engineering)
ABSTRACT
Mass unit (r) of particulate matter outpasses that of gases. This will affect on the concentration dispersion of particulate matter and make different concentrations between particulate maters and gases. Impact of setting velocity (vr) to concentration dispersion was reported at National scientific conference on “Environment – Health – Energy effect – climate change” organized in Hanoi in January 2008. In this article we are considering reflect level of ground surface to particulate matter and suggest absorption coefficient a which depends on mass units of particulate matter.
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