The phrase "aeration test" is correct and usable in written English.
It can be used in contexts related to environmental science, agriculture, or water treatment, where testing the aeration process is relevant.
Example: "The results of the aeration test indicated that the water quality improved significantly after the treatment."
Alternatives: "oxygenation test" or "air exchange test".
The kinetic modeling approach, using PHREEQC, accurately simulates observed variations in pH, Fe(II) oxidation, alkalinity consumption, and associated dissolved gas concentrations during transport downstream of the CMD outfalls (natural attenuation) and during 6-h batch aeration tests on the CMD using bubble diffusers (enhanced attenuation).
In fed-batch cultivations using a mixture of xylose and glucose as carbon sources, the specific ethanol production rate was highest at the highest aeration rate tested and declined by almost one order of magnitude at lower aeration levels.
To overcome these challenges, the effect of surface finishes and aeration of the test solution on the corrosion behavior of 304 stainless steel specimens in 6% ferric chloride were examined and compared.
Different vertical filter configurations (media depth, intermediate and passive aeration system) were tested as well as two horizontal filter designs.
Results showed significant effects (p < 0.05) on the viable biomass in the three conditions (pH, aeration and agitation) tested individually, in one dual interaction and one tripartite interaction, were demonstrated to have a positive effect on the response variable aeration and agitation.
For the process development different aeration rates were tested.
Otherwise, the responses of DO biosensor to the environmental agitation and aeration were also tested (Fig. 4a).
Aflatoxin production with Aspergillus flavus was optimized by testing aeration rates at a constant stirring speed of 100 rpm (Hayes et al. 1966).
Three different CO2 concentrations in the bubbling aeration system were tested: low CO2 (0.015 %), mid CO2 (atmospheric, 0.035 %), and high CO2 (0.15 %).
This difference was probably due to the aeration efficiencies in the test tubes and flasks.
