Sentence examples for performance of the adsorbent from inspiring English sources

Repeated adsorption/regeneration experiments proved the stability of the separation performance of the adsorbent.

Using a composite surface design methodology, the effect of these regeneration conditions on the performance of the adsorbent was investigated.

Increasing the temperature to 150 °C can significantly improve the performance of the adsorbent in the desulfurization of real naphthenic oils.

Water, carbazole, naphthalene and phenol in synthetic naphthenic oil have a strong inhibiting effect on the desulfurization performance of the adsorbent at 100 °C.

The performance of the adsorbent was confirmed with breakthrough curves and breakthrough times resulted from dynamic adsorption experiments of the mixed gases.

Using a 23 factorial design of experiments, the impact on the performance of the adsorbent of different levels of temperature, pressure, and flow rate of purge gas during desorption was determined.

Both texture and surface chemistry influence the CO2 capture performance of the adsorbents.

The performance of the adsorbents in multi-cyclic adsorption process was also assessed and the adsorption capacity of KOH and CO2 activated carbons remained remarkably stable after 50 cycles with low temperature (160°C) regeneration.

So, the result of Py-IR shows that adsorbent-N have more Lewis acid sites and hence the performance of the adsorbent-N is better.

The performance of the adsorbents was evaluated in a 10 mL fixed-bed micro-reactor.

Kinetic models are helpful in understanding the mechanism of molecule adsorption and in evaluating the performance of the adsorbents.