Facilitated transport near the copyright saturation limit

Facilitated transport near the copyright saturation limit

Blog Article

Permeation of ethylbenzene, styrene and 1-hexene through perfluorosulfonate ionomer Framed Art membranes was carried out with the feed concentrations ranging from 1 M to pure.On comparison, fluxes of ethylbenzene through the Ag+-form membrane were the lowest.Only a small increase in ethylbenzene flux was observed after the feed concentration exceeded 3 M, indicating the existence of copyright saturation.

The increase in styrene flux was suppressed to some degree at high concentration driving forces.In contrast, 1-hexene flux was the highest and continued to increase even at very high feed concentrations.After the experiments with pure feeds, extraction of the solutes from the membranes revealed that 62.

5% of Ag+ ions reacted with 1-hexene as against 40.6% for styrene and 28.9% for ethylbenzene.

Equilibrium constants, determined by distribution method, of 1-hexene, styrene and ethylbenzene were 129, 2.2 and 0.7 M-1 respectively, which suggested Cleansing Strips that stability of the complex was a key factor in the copyright saturation phenomenon.