Content: Chemical separations with liquid membranes : an overview --
A tribute to Norman N. Li --
Theory and mechanisms --
Mechanistic studies of carrier-mediated transport through supported liquid membranes --
Rational design of liquid membrane separation systems --
Facilitated transport of alkali metal cations through supported liquid membranes with fatty acids --
Emulsions for liquid membrane extraction : properties and peculiarities --
Preparation and splitting of emulsions for liquid membranes --
Mathematical modeling of carrier-facilitated transport in emulsion liquid membranes --
Design of macrocyclic carriers for liquid membranes --
New tactics in design of ion-specific carriers : approaches based on computer chemistry and rare earth complex chemistry --
New multidentate ligand carriers for macrocycle-facilitated metal ion transport across liquid membranes --
Highly selective transport of heavy metal ions by novel amide compounds --
Transition metal cation separations by organophosphorus compounds in liquid membrane processes --
Sugar separation using liquid membranes and boronic acid carriers --
Recent advances in emulsion liquid membranes --
Hollow fiber-contained liquid membranes for separations : an overview --
Facilitated transport of carbon dioxide through supported liquid membranes of aqueous amine solutions --
Facilitated transport of carbon dioxide through functional membranes prepared by plasma grant polymerization using amines as carrier --
Separation of ethylene from ethane using perfluorosulfonic acid ion-exchange membranes --
Facilitated transport of unsaturated hydrocarbons in perfluorosulfonic acid (Nafion) membranes --
Heavy metal ion separation by functional polymeric membranes --
Use of emulsions, microemulsions, and hollow fiber contractors as liquid membranes --
Field testing of a liquid-emulsion membrane system for copper recovery from mine solutions --
Removal of selenium from contaminated waters using emulsion liquid membranes --
Supported liquid membranes in metal separations --
Cesium removal from nuclear waste water by supported liquid membranes containing calix-bis-crown compounds --
Separation of radiotoxic actinides from reprocessing wastes with liquid membranes.