Sentence examples for considerable adsorption capacity from inspiring English sources

The even flow distribution, very low mass transfer resistance and low pressure drop in combination with considerable adsorption capacity in this adsorbent indicates that it is a promising adsorbent for PSA applications.

The interlayer spacing of halloysite is a little larger than the molecular kinetic diameter of hydrogen [49], so it allows the hydrogen molecules to enter into the interlayer which leads to a considerable hydrogen adsorption capacity.

An adsorbent is considered as efficient and economical if it shows considerable retention of adsorption capacity.

The ISTL could be regenerated with 1 M HNO3, which allowed the reuse of the biomass in three biosorption desorption cycles without considerable loss of adsorption capacity.

This indicates that the flow distribution in the adsorbent is even and that the mass transfer resistance in the film is very low due to the small film thickness and high effective diffusivity for CO2 in the NaX film and still, the adsorption capacity is considerable.

More specifically, the attachment of amino-functionalities to the sidewalls of CNTs has resulted in a considerable enhancement in the intrinsic CO2 adsorption capacity measured for CNTs [22, 23, 24, 25].

As the ZNCs films endow the ZNCs@ZNRs with large surface areas and considerable amount of surface defects, the adsorption capacity of the ZNCs@ZNRs to probe molecules was greatly enhanced.

Hydroxyapatite the main component of bones and teeth, attracts considerable interests in many areas because of acid base properties, ion-exchange ability, and adsorption capacity [6].

While porosity and water adsorption capacity decreased with increasing the metal oxide nanofibers with a considerable impact for the sintering temperature in both properties.

Its hybrid characteristics incorporating a considerable portion of mesopores and micropores made hypercross linked MN-202 a superior antibiotic adsorbent with high adsorption capacity.

For an increase in temperature from 30 to 50 °C, the adsorption capacity of algal biomass for Cr III) showed an increase from 95to98%8 % (Fig. 4), which is not a considerable extent of percent removal of Cr III).