The phrase "absorbent capacities" is correct and usable in written English.
It can be used when discussing the ability of materials or substances to absorb liquids or other elements.
Example: "The absorbent capacities of the new fabric make it ideal for use in sportswear, as it quickly wicks away moisture."
Alternatives: "absorption abilities" or "absorbent properties".
Hydrogels are natural or synthetic polymer networks that exhibit high water absorbent capacities and have been used as scaffolds for tissue engineering or as delivery carriers for therapeutic agents and cells.
The following absorbent capacities were calculated in highest endotoxin concentration: 5.59 mg/g (Organoclay 1) > 3.97 mg/g (Polymyxin B) > 2.58mg/g (Organoclay 2) > 1.55 mg/g (Bentonite 1) > 1.23 mg/g (Bentonite 2).
With regard to a different experimental set up, to the studies mentioned above, in aqueous solution we could calculate the following absorbent capacities for the highest endotoxin concentration (50,000 EU/mL): 5.59 mg/g (Organoclay 1) > 3.97 mg/g (PMB) > 2.58.mg/g (Organoclay 2) > 1.55 mg/g (Bentonite 1) > 1.23 mg/g (Bentonite 2).
However, when the absorbent capacity is large and sample volume is small, the specimen absorbed can be diffusely distributed and specimen recovery becomes problematic [ 21].
The water absorbent capacity enhanced with increasing terminal pH and decreasing PSI concentration.
The effects of reaction variables, such as PSI concentration and terminal pH on the water absorbent capacity have been studied.
In recent years, porous materials with good absorbent capacity, mechanical properties and biocompatibility, has gradually become a research focus in the biomedical fields.
We examined the manual oxygen radical absorbent capacity (ORAC) assay for "total" antioxidant activity, including a direct comparison to an alternative technique, the AOP-490™ assay, using a panel of extracts from 12 phylogenetically unrelated algae.
The main results showed that the MCS/MPVA hydrogels had fast gel-forming rate (complete transformation to gel within 150 s), improved compressive strength at 0.169 ± 0.011 MPa and rapid absorbent capacity.
Polyoxadiazole based on 5-hydroxyisophthalic acid (5HIP) was insoluble in organic solvents; it had higher absorbent capacity and larger swelling degree in the salt form and also, it could be classified as a super absorbent while SPOD based on 5HIP and 4,4-diphenylether dicarboxylic acid (DPE) showed good solubility in common aprotic organic solvents and exhibited favorable water uptake.
Due to their high porosity, absorbent capacity and hydrophobicity, these polymers have been widely used for the absorption of organic compounds.
