The phrase "air quality concentrations" is correct and usable in written English.
It can be used in discussions related to environmental science, public health, or regulatory standards concerning pollutants in the air.
Example: "The study measured air quality concentrations of various pollutants to assess their impact on public health."
Alternatives: "pollutant levels in the air" or "atmospheric contamination levels".
There's also been this written answer from Boris to a question from the Lib Dems's Mike Tuffrey AM, provided on 15 December last year: The assessment of the removal of Western Extension Zone (WEZ) anticipates a small increase in emissions which is not expected to result in a significant impact on air quality concentrations.
The Kolmogorov Zurbenko (KZ) filter method is a tool to improve air quality management, since it determines meteorological effects on air quality concentrations and separates out those effects in order to examine underlying trends.
In this study, first we predicted air quality concentrations of PM2.5, NOx, and benzene in New Haven, CT using hybrid modeling techniques based on CMAQ and AERMOD model results.
However, conclusions are somewhat tempered by the lack of support for these associations when air quality concentrations measured closer to the maternal residence were used.
Spatial patterns in ambient air quality concentrations for NOx relates strongly to the sources of mobile emissions such as major highways.
This model was further refined using a downscaler approach to predict air quality concentrations to a specific point (e.g., U.S. Census tract) (Berrocal et al. 2010a, 2010b, 2012).
Changes in the down-force, drag, downstream mean exhaust plume concentration and the mean air quality concentration for nearby pedestrians/cyclists are estimated for differing vehicle speeds.
The residential wood combustion contribution to PM10 air quality concentration values during January 2007 ranges from 0 to 14 μg m−3, with a mean contribution of 10 μg m−3 in the Lisboa area and 6 μg m−3 in the Porto region.
In this article six different models are used to simulate a full year (1999) of air quality pollutant concentrations over domains encompassing a large area around four major European cities: Berlin, Milan, Paris and Prague.
These five categories are: sociodemographic and behavioral characteristics; household biologics, including selected antigens (and subject antibody status); indoor air quality; metal concentrations in house dust; and the ambient physical and surrounding socioeconomic environments.
In another letter to the E.P.A. last week, they recommended that the agency provide resources, including a team in town five days a week and mobile laboratories to monitor air quality and chemical concentrations, as well as other measures.
