The phrase "atmospheric diffusion" is correct and usable in written English.
It can be used in contexts related to environmental science, meteorology, or physics to describe the process by which substances disperse in the atmosphere.
Example: "The study focused on atmospheric diffusion and its impact on air quality in urban areas."
Alternatives: "airborne dispersion" or "gas diffusion in the atmosphere."
This is a semiempirical approach combining the atmospheric diffusion equation and Lagrangian methodology.
The obtained results indicate that morphology is one of the important parameters in studying atmospheric diffusion.
While atmospheric diffusion will cause the concentration of both to drop rapidly in an equivalent manner, their concentration ratio will change only as a function of the titrant reaction with OH.
Laser-induced fluorescence (LIF) of CF2 radicals in atmospheric diffusion flames is reported for the first time.
Furthermore, the atmospheric diffusion of Pb and Hg is significant, resulting in their migration to agricultural areas.
The obtained results indicate that the wind direction is one of the important parameters in studying atmospheric diffusion.
A graphical relationship between the atmospheric eddy diffusion coefficient and height of exchange layer obtained from atmospheric electrical approach, is reported.
The sooting propensities of binary mixtures of n-heptane and toluene on one hand, and isooctane and toluene on the other hand are evaluated in atmospheric laminar diffusion flames.
This could explain, in part, the overestimated methane reported in Keppler et al. (2006) as production instead of atmospheric methane diffusion from plant tissue.
Therefore in this paper we propose a geostatistical fusion model, that regresses the combined NO2 concentrations from both automatic monitors and diffusion tubes against modelled NO2 pollution data from an atmospheric dispersion model.
Al2O3 particles synthesized in a Al(CH3 3 (TMA -seeded aTMA -seededpressure counterflow diffusion flatmosphericueled with CH4/O2/N2 were used as the model material/combustion system.
