A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Viability of long-storaged airborne bacterial aerosols
Radioactive tagged Escherichia coli cells were aerosolized from distilled water suspension and stored for 4 hr in storage chamber where temperature and relative humidity were under control; it was found that increase of air temperature and/or decrease of relative humidity increased death rate; death rate was proportional to rate of water evaporation; presence of chemical additives or nonradioactive growth medium decreased death rate; bacterial aerosols from sewage treatment plants can survive long time due to presence of chemical additives. (17200)
Viability of long-storaged airborne bacterial aerosols
Radioactive tagged Escherichia coli cells were aerosolized from distilled water suspension and stored for 4 hr in storage chamber where temperature and relative humidity were under control; it was found that increase of air temperature and/or decrease of relative humidity increased death rate; death rate was proportional to rate of water evaporation; presence of chemical additives or nonradioactive growth medium decreased death rate; bacterial aerosols from sewage treatment plants can survive long time due to presence of chemical additives. (17200)
Viability of long-storaged airborne bacterial aerosols
ASCE J Sanit Eng Div
Poon, C.P.C. (author)
1968
10 pages
Article (Journal)
English
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