The phrase "aerated zone" is correct and usable in written English.
It can be used in contexts related to environmental science, agriculture, or engineering, where the concept of aeration is relevant.
Example: "The aerated zone in the soil allows for better root growth and improved water drainage."
Alternatives: "oxygenated area" or "ventilated region".
The partial-length aeration patterns with the aerated zone (defined as the aerated width divided by the column width) larger than 0.7 provide a bubble plume and two pure liquid vortical structures in the column bottom, although they are static in nature.
Maximum and minimum slug frequencies are observed in highly aerated zone and slug formation zone respectively.
A non-dimensional analysis of bubble plume oscillation frequency shows a dependence of bubble plume behaviour with the aerated zone.
Higher inlet fluxes led to a reduction of the aerated zone, an increase in the absolute methane oxidation rate and a decline of the relative proportion of oxidized methane.
Also, a similar MINLP problem was set to obtain aeration profiles with segments of equally aerated zones in the tank, which can facilitate execution in real plants.
Neonatal respiratory distress syndrome is, like ARDS, an inhomogeneous lung disease [ 30, 31] with dependent (collapsed and fluid filled) and nondependent (aerated) zones.
In patients with acute lung injury/acute respiratory distress syndrome (ALI/ARDS), lung collapse occurs predominantly in dependent regions, and tidal hyperinflation commonly follows in the remaining aerated zones, especially when there is a large nonaerated compartment [ 8].
Galvanic couplings between aerated and de-aerated zones led to localized corrosion processes with estimated rates up to 1.5 mm yr−1.
Highly aerated slug zone is extremely unstable and exhibits complex flow structure.
The improvement of oxygenation during PSV seems not to result from recruitment of dependent lung areas, but rather from redistribution of PBF from dependent, less aerated lung zones toward better aerated, nondependent lung regions.
Colors in the 3D reconstruction represent clusters of lung tissue: hyper-aerated (blue), normally aerated (green), poorly aerated (yellow), non-aerated (red).
