The phrase "atmospheric processing" is correct and usable in written English.
It can be used in contexts related to environmental science, meteorology, or any discussion involving the analysis of atmospheric conditions or phenomena.
Example: "The researchers focused on atmospheric processing to understand how pollutants interact with various weather patterns."
Alternatives: "airborne processing" or "environmental processing".
We also calculated the [2-NF]/[BeP] ratio of the unexposed PM samples to indicate the degree to which the PM had undergone atmospheric processing (or aging) in the atmosphere prior to collection.
Fast solution methods for atmospheric processing are useful when investigating factors affecting ecosystem and climate changes because atmospheric chemistry is the most time-consuming part of the calculations in ESMs (Ito and Kawamiya [2010]).
To estimate the effects of the atmospheric processing of dust on iron solubility in a global transport model of mineral aerosols, Hand et al. ([2004]) used a soluble decay lifetime of 300 days to represent the conversion of insoluble iron to soluble iron at 20% iron solubility for dust transport across the Atlantic Ocean.
The concentration ratios of NMHCs have been used as indicators of the degree of photochemical processing or aging, mainly via reaction with OH radicals, because the ratios evolve as atmospheric processing occurs depending on the individual OH rate constants (e.g., Parrish et al. (2007).
Freshly emitted BC aggregates often undergo atmospheric processing, resulting in morphologic restructuring [ 55, 136].
These analyses have enabled a number of investigations into atmospheric processing of rBC and the role coatings have on rBC optical properties (e.g., [ 227]) and hygroscopicity [ 228, 229].
Design of sources allows their direct scaling up and may bring a number of interesting applications in large area cold atmospheric plasma processing.
To develop an environmental-friendly process to introduce a stable and high concentration of carboxylic acid functional groups, Acrylic Acid (AAc) was deposited onto silicon wafers using remote argon atmospheric plasma processing (APP) and vapour phase grafting in a bespoke Pyrex cylindrical chamber.
The seven-man crew aboard Challenger conducted investigations into crystal growth, drop dynamics leading to containerless material processing, atmospheric trace gas spectroscopy, solar and planetary atmospheric simulation, cosmic rays, and laboratory-animal and human medical monitoring.
Atmospheric water vapour processing (AWVP) technology is reviewed.
Many of our observations are directly relevant for a better understanding of the operating conditions during atmospheric pressure plasma processing.
