"mass transfer zone" is a correct and usable phrase in written English.
It refers to an area where the transfer of mass or particles occurs. This phrase is commonly used in scientific and technical writing, particularly in fields such as chemistry, engineering, and environmental science. Example: The researchers identified a significant increase in pollution levels in the mass transfer zone near the industrial site.
The Mass Transfer Zone was also analysed for all cases.
Its zone between the packing and the casing (cavity zone) is an important mass transfer zone.
The cavity zone is an important mass transfer zone of a RPB.
During regeneration cycles, a decreased breakthrough time and an increased mass transfer zone were observed as the cycles proceeded.
Breakthrough means that point in the adsorption step when the mass transfer zone (i.e., the section of the carbon bed where the HAP is removed from the carrier gas stream) first reaches the carbon bed outlet as the mass transfer zone moves down the bed in the direction of flow.
Adsorption capacity (qs), length of the mass transfer zone (HMTZ) and fractional bed utilization (FBU) were estimated from the breakthrough curves.
The gel porosity reflects stagnant mass transfer zones restricting their applicability in the separation of small molecules under conditions of strong retention.
The semi-suspended bio-carrier caused three different mass transfer zones occurring in the bioreactor, including the zones of bulk solution, boundary layer and biofilm, in which, the boundary layer zone had an obvious higher mass transfer resistance.
This gel porosity which is absent in the dry-state of the polymer monoliths and is characterized by sub-nanometer to nanometer-sized pore space induces, additionally to permanent porosity, stagnant mass transfer zones.
The presence of two distinct mass transfer zones led to the idea of interfacing a plug flow model (PFM) with an axial dispersion model (ADM) at the separation boundary between these zones.
The displayed major reason for mass transfer resistance implied by the use of polymeric monolithic columns determines dispersion behavior of small molecules and its varying importance with respect to morphology and size of the globular features containing stagnant mass transfer zones is addressed.
