Sentence examples for high water absorbency from inspiring English sources

High fabric thickness along with high fabric porosity, leads to increased air volume fraction resulting in more water entrapment by pores, and hence, high water absorbency of carded yarn fabrics.

It can therefore, be concluded that plated fabrics with combination of carded yarn in the outer layer and coarse polyester fibre in the inner layer may be suitable for cold and dry conditions owing to high thermal resistance, warm feel next to skin and high water absorbency.

A new kind of compound material foamed gel composed of compound foaming agent (CFA) and high water absorbency gel (HWAG) and formed by physical and mechanical stirring for controlling the spontaneous combustion of coal in coal mine was researched and developed.

Combination of polyester fibre of higher decitex and carded yarn is seen to result in fabrics of higher water absorbency.

Combed yarn fabrics were superior in trans planar wicking compared to carded yarn fabrics which showed higher water absorbency and would be slow drying fabrics.

Comparison of carded and combed yarn fabrics for water absorbency reveals that carded yarn fabrics (RC1.1 RC3.3) showed higher water absorbency as compared to their combed yarn counterparts (RM1.1 RM3.3) (Fig. 7).

It is found that the composite doped with kaolinite powder possess higher water absorbency than those doped with bentonite or sercite powder, since the kaolinite powder can moderately disperse in the water and cross-link with acrylamide and starch.

This work provided a new pathway for preparation of hydrogel with large porous structure through incorporation of stiff polymer as support of pore wall and acidic polysaccharide as expander of pore size because of high water-absorbency.

With the fine dispersion of MAABT and strong interfacial interaction, the MAABT/SPA nanocomposite achieved a water absorbency that was as high as 1287 g/g under accurate controls.

The absorbing properties such as equilibrium water absorbency and swelling properties in different concentration of saline waters were investigated.

Water absorbency of fabrics with carded cotton yarn and coarse polyester fibre yarn was higher due to increased fabric thickness and porosity.