Add to ORKGThe new method for measurement of gases through swollen polymers is described. Results obtained on a homemade instrument are presented, showing that wate-swollen membranes of sulphonated poly(phenylene oxide) have lower permeability than dry membranes
Pure gas permeability through a polystyrene-b-poly(ethylene oxide) block copolymer (SEO) membrane wa...
In this work the permeability coefficients of saturated and non-saturated vapors through polymer fla...
Membrane gas separation emerged as an alternative gas separation technology 20 years ago. In compar...
This paper studies in detail the measurement of the permeation properties of highly permeable and hi...
A method for the prediction of gas permeabilities (P) through polymers from their chemical structure...
A mass spectrometric 'Dynamic Delta' method for the measurement of gas permeability of polymeric mem...
A new method to estimate permeation coefficients for small sized polymer samples is introduced. It u...
Many industrial gas separations in which membrane processes are feasible entail high water vapour co...
The permeability of gases in polymers is a property inherent to their structure, which results, firs...
This paper describes a procedure to measure the permeability P, diffusivity D, and rate of adsorptio...
This work was focused on gas separation membranes made from high molecular weight poly (2,6-dimethyl...
The possibility to evaluate in a predictive way the relevant transport properties of low molecular w...
A modified polarographic method with inert gas for determination of the oxygen permeability in polym...
The permeation behaviors of water vapor and gases were studied for both PPO and SPPO of different su...
This paper describes a procedure to measure the permeability P, diffusivity D, and rate of adsorptio...
Pure gas permeability through a polystyrene-b-poly(ethylene oxide) block copolymer (SEO) membrane wa...
In this work the permeability coefficients of saturated and non-saturated vapors through polymer fla...
Membrane gas separation emerged as an alternative gas separation technology 20 years ago. In compar...
This paper studies in detail the measurement of the permeation properties of highly permeable and hi...
A method for the prediction of gas permeabilities (P) through polymers from their chemical structure...
A mass spectrometric 'Dynamic Delta' method for the measurement of gas permeability of polymeric mem...
A new method to estimate permeation coefficients for small sized polymer samples is introduced. It u...
Many industrial gas separations in which membrane processes are feasible entail high water vapour co...
The permeability of gases in polymers is a property inherent to their structure, which results, firs...
This paper describes a procedure to measure the permeability P, diffusivity D, and rate of adsorptio...
This work was focused on gas separation membranes made from high molecular weight poly (2,6-dimethyl...
The possibility to evaluate in a predictive way the relevant transport properties of low molecular w...
A modified polarographic method with inert gas for determination of the oxygen permeability in polym...
The permeation behaviors of water vapor and gases were studied for both PPO and SPPO of different su...
This paper describes a procedure to measure the permeability P, diffusivity D, and rate of adsorptio...
Pure gas permeability through a polystyrene-b-poly(ethylene oxide) block copolymer (SEO) membrane wa...
In this work the permeability coefficients of saturated and non-saturated vapors through polymer fla...
Membrane gas separation emerged as an alternative gas separation technology 20 years ago. In compar...