The phrase "a wetting phase" is correct and usable in written English.
It can be used in contexts related to processes involving moisture or liquids, such as in scientific or engineering discussions.
Example: "During the experiment, we observed a wetting phase that significantly affected the results."
Alternatives: "a saturation phase" or "a moisture phase".
Counter-current imbibition in one dimension is analyzed, in which a wetting phase (water) displaces a non-wetting phase against gravity.
Using D2O based brine as a wetting phase allows one to completely separate oil and water in MRI measurements.
Recovery of nonwetting phase (NWP) by counter-current spontaneous imbibition (COUCSI) of a wetting phase (WP) has been investigated.
A cycle is constituted by (1) a wetting phase by capillary rise of either a saline solution or deionized water and (2) a drying phase in oven.
In terms of the flow of fluids in tubes, Ransohoff and Radke (1988) studied the laminar flow of a wetting phase along the corners of a non-circular capillary tube that was originally occupied by a gas phase, and the two-phase flow in their paper was considered to be a two-dimensional hydrodynamic problem that was a function of the cross-sectional geometry, the viscosity, and the contact angle.
During the drainage process, we assume fluids form arc menisci at corners of capillary cross-sections depending on the apparent angle, and that there is a wetting phase film adsorbed on the rough surface depending on the wetting condition.
A wet phase inversion method was used to fabricate a flat sheet polysulfone (PSu) and PSu/PANI nanocomposite membranes.
The porous polyimide films were prepared by a wet phase inversion process.
In this study, bioactive, degradable, and highly permeable composite hollow fiber membranes (HFMs) were fabricated using a wet phase phase-inversion approach.
The porous polyimide membranes were prepared by a wet phase inversion process based on the organo-soluble polyimide.
The effects of precipitation temperature on the structures of the EVAL membranes formed in a wet phase inversion process were studied.
