Suggestions(5)
Exact(7)
Burst strength of the composite membrane increased with increasing polymerization period of pyrrole.
The ν(OH) intensity in the electrolyte membrane increased with increasing current density, relative humidity, and gas utilization.
The proton conductivities of the 6F-SPTES-50 copolymer membrane increased with temperatures, reaching values above 120 mS/cm at 85 °C and 85% relative humidity.
When G6PD activity was inhibited by DHEA, the infection rate of P. falciparum decreased, its cell nucleus shrank, the cell organelles and metabolites were reduced gradually and the Young's Modulus of the erythrocyte membrane increased with increasing DHEA concentrations.
The total flux of the surface modified membrane increased with increasing the feed composition, feed temperature, feed flow rate of the mixture whereas the separation factor follows a reversed order except for flow rate.
It was found that the back-diffusion of water produced at the cathode to the anode, humidifying the membrane, was clearly detectable, and also the rate of water transport in the membrane increased with increasing cell temperature.
Similar(53)
The permeabilities of both membranes increased with induction time (Fig. 3).
The hydrophilicity and water flux of the membranes increased with increasing PES-NH2 content.
Both permeability and selectivity of supported CMS membranes increased with increasing PI content in the precursors.
Water flux of the FO membranes increased with an increase in flux of PPBES substrates.
The proton conductivities of the membranes increased with the increase in particle loading.
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