2015Unpublished venueRequires access

Concentration and Particle Size Distribution of Microbiological Aerosol During Haze Days in Beijing

HU Ling-fe

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Abstract

In this study,we evaluated the bacterial,fungal aerosol concentration,and particle size distribution using microbiological aerosol sampler,and analyzed the particles count concentration of PM1. 0,PM2. 5,PM5. 0and PM10. 0using aerodynamic particle sizer during clear and haze days in Beijing during Jan 8th,2013 to Feb 4th,2013. The concentration of bacterial,fungal aerosol,air particulate matter and aerosol distribution were compared between haze days and clear days. Our results indicated that the proportion of fungal particles smaller than 5 micron,which could deposit in lungs or deeper regions,was much higher than bacterial particles. The biological concentration of bacteria and fungi were higher in clear days than in haze days,and there was no statistic difference of the microbiological aerosol distribution. The concentration of air particulate matter were higher in haze days than in clear days,PM1. 0was the main particulate matters both in clear days and haze days.

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What this paper is about

In this study,we evaluated the bacterial,fungal aerosol concentration,and particle size distribution using microbiological aerosol sampler,and analyzed the particles count concentration of PM1. 0,PM2. 5,PM5. 0and PM10. 0using aerodynamic particle sizer during clear and haze days in Beijing during Jan 8th,2013 to Feb 4th,2013. The concentration of bacterial,fungal aerosol,air particulate matter and aerosol distribution were compared between haze days and clear days. Our results indicated that the proportion of fungal particles smaller than 5 micron,which could deposit in lungs or deeper regions,was much higher than bacterial particles. The biological concentration of bacteria and fungi were higher in clear days than in haze days,and there was no statistic difference of the microbiological aerosol distribution. The concentration of air particulate matter were higher in haze days than in clear days,PM1. 0was the main particulate matters both in clear days and haze days.

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Available abstract

In this study,we evaluated the bacterial,fungal aerosol concentration,and particle size distribution using microbiological aerosol sampler,and analyzed the particles count concentration of PM1. 0,PM2. 5,PM5. 0and PM10. 0using aerodynamic particle sizer during clear and haze days in Beijing during Jan 8th,2013 to Feb 4th,2013. The concentration of bacterial,fungal aerosol,air particulate matter and aerosol distribution were compared between haze days and clear days. Our results indicated that the proportion of fungal particles smaller than 5 micron,which could deposit in lungs or deeper regions,was much higher than bacterial particles. The biological concentration of bacteria and fungi were higher in clear days than in haze days,and there was no statistic difference of the microbiological aerosol distribution. The concentration of air particulate matter were higher in haze days than in clear days,PM1. 0was the main particulate matters both in clear days and haze days.

Key concepts: Haze, Aerosol, Particulates, Particle (ecology), Environmental chemistry, Particle counter, Environmental science, Particle-size distribution

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