Titlebook: Charged Gels and Membranes; Part I Eric Sélégny (Director of the Institute),George Bo Book 1976 D. Reidel Publishing Company, Dordrecht, Ho

一夫一妻制

付出

WAX

永久

Interpretation of Membrane Phenomena, Using Irreversible Thermodynamicsembrane characteristics with semi-quantitative accuracy. It is therefore concluded that specific polymer effects (apart from tortuosity), exert secondary rather than primary influences on membrane performance for most univalent forms and that the solution analogy is both useful and instructive.

缓和

The Early Developments of the Electrochemistry of Polymer Membranestry of polymer membranes which virtually coincides with the physical chemistry of porous membranes in electrolytic systems..Since the eighteen twenties, several investigators, foremost Thomas Graham, studied the rates of the cross-membrane diffusion of electrolytes and the accompanying osmosis and ‘

罐里有戒指

The Nature of the Selective Binding of Ions by Polyelectrolyte Gels: Volume and Entropy Change Critextures and polyelectrolyte gels are considered in a discussion of the range of applicability of the Katchalsky and Rice-Harris theories. Experimental methods for the estimation of .. are reviewed, and dilatometer measurements with soft and hard cationic and anionic gels are reported. Apparent molal

anesthesia

Longitude

慌张

Interaction in Ion Exchangersype with potassium, magnesium and hexamethylputrescinium ions as counter-ions and chloride ions as co-ions..With the univalent counter-ions a complete set of transport properties was measured at vanishing concentration of non-exchange salt and with water as the pore liquid, and the results were corr

ADAGE

Interpretation of Membrane Phenomena, Using Irreversible Thermodynamicsstems. From a sufficient number of transport experiments on a membrane, it is possible to obtain the frictional, (.-), or mobility, (.-) coefficients which describe the coupling interactions between membrane components. These transport coefficients cannot be estimated theoretically..In this paper an