The phrase "air dispersion modelling" is correct and usable in written English.
It can be used in contexts related to environmental science, engineering, or regulatory assessments where the movement of air pollutants is analyzed.
Example: "The study focused on air dispersion modelling to predict the impact of emissions from the factory on local air quality."
Alternatives: "air quality modeling" or "pollutant dispersion analysis".
These data indicate an increasing use of monitoring, and use of air dispersion modelling by English local authorities.
The paper discusses the release and air dispersion modelling for the specific potential accident scenario case of a vertical impinging jet of propane (below the sun shade/rain roof) out of an over-filled car tanker.
LMF carried out the air dispersion modelling and provided the relative data.
Local air dispersion modelling was used to calculate increased pollutant concentrations (particulate matter, PM10, and Nitrogen dioxide, NO2) within 3 km of the waste incinerators.
One challenge in roadway air dispersion modelling is the transformation from a Lagrangian formulation [ 74] where each vehicle is a particle with a given speed to an Eulerian formulation [ 75] where each road segment has a vehicle density with a local flow velocity.
Both the exposure properties and half-life make ethylene glycol monobutyl ether an appropriate pollutant for air dispersion modeling.
Therefore, we obtained a sample of 32 airports for this study, which balanced the need for a large enough sample size for regression analysis with the limitation on computational capacity for air dispersion modeling.
One study used central monitors combined with air dispersion modeling to predict levels of PM10 (particulates < 10 μm in aerodynamic diameter), NO2, sulfur dioxide (SO2), and ozone at the postal code level closest to residence but found no association with CRP Forbess et al. 2009).
We estimated cumulative asbestos exposure (fibers per cubic centimeters × months) with air dispersion model data and activity-based modeled exposure estimates for vermiculite processing waste contact.
Spatially, pesticide air dispersion models estimate postapplication, off-field dispersal of ≤1 km (0.62 miles) after single applications of pesticides to specific agricultural fields (Raupach et al. 2001; Watanabe 2000).
Soil concentrations were compared to ground level air As concentrations predicted by an air dispersion model.
