Surfactant molecules are amphipathic and posses complicated solution chemistry and self-assembly properties. In addition to being of enormous practical significance, the physical characterization of surfactant systems presents a rich area of condensed matter physics. This article focuses on the application and interpretation of the commonly used NMR approaches for probing these systems. In particular, the use of NMR relaxation, diffusometry and, more briefly, electrophoretic NMR to determine characteristics such as micellar size and structure, ion-binding and solubilization are considered. The application of these NMR techniques is illustrated by a number of pertinent examples. (C) 2004 Wiley Periodicals, Inc
A method has been developed for determining the structure of the water/surfactant interface and the ...
A method has been developed for determining the structure of the water/surfactant interface and the ...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Surfactant molecules are amphipathic and posses complicated solution chemistry and self-assembly pro...
NMR methods have been designed and employed in studying ofcomplex liquids and solids formed by surfa...
Surfactant molecules in a solvent self-associate into various kinds of supramolecular assemblies suc...
Surfactant molecules in a solvent self-associate into various kinds of supramolecular assemblies suc...
This Thesis presents studies of molecular association in aqueous solution and at the liquid/solid in...
The consequences of including amide bonds into the structure of short-chain nonionic surfactants hav...
The consequences of including amide bonds into the structure of short-chain nonionic surfactants hav...
This review, devoted to the memory of Kåre Larsson, deals with surfactant and lipid self-assembly. T...
This review, devoted to the memory of Kåre Larsson, deals with surfactant and lipid self-assembly. T...
This review, devoted to the memory of Kåre Larsson, deals with surfactant and lipid self-assembly. T...
The unique bilateral structure of surfactants allows for a variety of interesting applications in so...
The use of cetyltrimethylphosphonium bromide (CTPB) as an alternative to the popular cetyltrimethyla...
A method has been developed for determining the structure of the water/surfactant interface and the ...
A method has been developed for determining the structure of the water/surfactant interface and the ...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...
Surfactant molecules are amphipathic and posses complicated solution chemistry and self-assembly pro...
NMR methods have been designed and employed in studying ofcomplex liquids and solids formed by surfa...
Surfactant molecules in a solvent self-associate into various kinds of supramolecular assemblies suc...
Surfactant molecules in a solvent self-associate into various kinds of supramolecular assemblies suc...
This Thesis presents studies of molecular association in aqueous solution and at the liquid/solid in...
The consequences of including amide bonds into the structure of short-chain nonionic surfactants hav...
The consequences of including amide bonds into the structure of short-chain nonionic surfactants hav...
This review, devoted to the memory of Kåre Larsson, deals with surfactant and lipid self-assembly. T...
This review, devoted to the memory of Kåre Larsson, deals with surfactant and lipid self-assembly. T...
This review, devoted to the memory of Kåre Larsson, deals with surfactant and lipid self-assembly. T...
The unique bilateral structure of surfactants allows for a variety of interesting applications in so...
The use of cetyltrimethylphosphonium bromide (CTPB) as an alternative to the popular cetyltrimethyla...
A method has been developed for determining the structure of the water/surfactant interface and the ...
A method has been developed for determining the structure of the water/surfactant interface and the ...
Electrophoretic NMR couples the chemical specificity of NMR, the ability of magnetic field gradients...