Author: Maggos, Thomas
Title: Advances in Air Quality Monitoring and Assessment Cord-id: nf5i4a2y Document date: 2021_1_1
ID: nf5i4a2y
Snippet: Furthermore, an air quality monitoring system (AQMS) supports research by providing the information necessary for scientists to perform long-term studies of population exposure to various atmospheric substances and generally estimate the health effects of air pollution. [...]they explored the proper methods to evaluate real-world NOx emission based on the MAW method. [7] have shown that quantitative assessments of chemical and biological properties of ambient PM2.5 and VOCs can be used effective
Document: Furthermore, an air quality monitoring system (AQMS) supports research by providing the information necessary for scientists to perform long-term studies of population exposure to various atmospheric substances and generally estimate the health effects of air pollution. [...]they explored the proper methods to evaluate real-world NOx emission based on the MAW method. [7] have shown that quantitative assessments of chemical and biological properties of ambient PM2.5 and VOCs can be used effectively to characterize, compare and contrast air pollution across different geographical regions (Los Angeles basin) to account for effects of atmospheric modifications on air mass and to evaluate exposure proximity to an emission source. [...]I place on record my gratitude to the editorial team of Applied Sciences, and special thanks to Sara Zhan, Assistant Editor from MDPI Branch Office, Wuhan.
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