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• W64740612 endingPage "494" @default.
• W64740612 startingPage "401" @default.
• W64740612 abstract "Any phase that acts as a barrier preventing mass movement but allowing restricted or regulated passage of one or several species through it may be defined as a membrane. This could be a solid or liquid or even a gas (see Buck, 1976) containing ionized or ionizable groups, or it may be completely unionized. All membranes are active in an operational sense when used as barriers to separate two solutions or phases unless they are too fragile or too porous. Membranes may be broadly classified into natural and artificial or man-made. Natural membranes are thin (<100 A), whereas artificial polymeric membranes that have proved their usefulness in several successful unit processes are thick (more than a few micrometers), even though thin (≥ 50 A) membranes of parlodion have been prepared (Lakshminarayanaiah and Shanes, 1963) and characterized (Lakshminarayanaiah, 1965a; Lakshminarayanaiah and Shanes, 1965). In addition, lipid bilayer membranes that are also thin (∼50 A), since the time they were first generated in 1962 by Mueller et al. (1962a, b; 1963), have assumed great interest and importance. This is probably due to their close resemblance to natural membranes of living systems. Other model membrane systems of interest and significance are the so-called “liposomes,” which are also called “Bangosomes” (DeGier et al., 1968) after their discoverer, Bangham (Bangham et al., 1965). Several properties of phospholipid liposomes or vesicles or both were reviewed by Bangham (1968). A rough classification of several types of membranes according to their physical dimensions and chemical structure is shown in Figure 1." @default.
• W64740612 created "2016-06-24" @default.
• W64740612 creator A5067370394 @default.
• W64740612 date "1979-01-01" @default.
• W64740612 modified "2023-09-27" @default.
• W64740612 title "Transport Processes in Membranes: A Consideration of Membrane Potential across Thick and Thin Membranes" @default.
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