The phrase "absorbent surfaces" is correct and usable in written English.
It can be used when discussing materials or objects that have the ability to soak up liquids or moisture.
Example: "When cleaning spills, it's important to use absorbent surfaces to effectively manage the mess."
Alternatives: "porous materials" or "sorbent areas".
The experimental verification was also adopted to show the benefits of using absorbent surfaces.
On the plus side, it shows a timely rejection of trends for absorbent surfaces in the rooms most prone to stray excreta.
These truncated surfaces rather than being eliminated are instead replaced with absorbent surfaces to collect heat from solar radiation.
Tricked out in beautiful new decorations and seating, the small adjunct Weill Recital Hall sent up such a jarring clatter at its opening concerts that sound repairmen were back on the site almost immediately, applying absorbent surfaces and the like.
We show that sorption capability of VOCs of absorbents with high surface areas can be significantly reduced by the competitive adsorption with water in the air and, by hydrophobically modifying the absorbent surfaces, selective sorption of VOCs to water molecules is achieved.
The long persistence of semivolatile pesticides such as chlorpyrifos on rugs, furniture, stuffed toys, and other absorbent surfaces within closed apartments further enhances urban children's exposures.
It was shown that the addition of a thermal absorbent surface can increase the wall temperature.
Efficiency was ascertained relative to a water surface, which was considered the best alternative for simulating a perfectly absorbent surface.
A result given without derivation by Morse and Bolt [1] pertaining to the reflection of a spherical sound wave from an absorbent surface is investigated.
The noise problem, self-generated by lingual or musical communications in small to medium-sized rooms, is sometimes underrated and often inadequately treated by conventional measures like fibrous or porous suspended ceilings and other absorbent surface linings.
At a low pH, active sites (amino groups) of S. cerevisiae are protonated and the density of positive charge in the absorbent surface increases (Sadeghi et al. 2015).
