Add to ORKGOn the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion coefficients measured by pulsed field gradient nuclear magnetic resonance in solutions of various nature and heterogeneous systems is discussed. The problem to choose the concentration scale for the interpretation of the concentration dependences of self-diffusion coefficients in such systems is discussed as well. © Springer-Verlag 2005
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
Self-diffusion coefficients D*of liquids in porous media, as measured by the pulsed-field gradient N...
Self-diffusion coefficients D*of liquids in porous media, as measured by the pulsed-field gradient N...
On the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion c...
On the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion c...
On the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion c...
The NMR method with the pulse gradient of the magnetic field has been used to study 3he self-diffusi...
The NMR method with the pulse gradient of the magnetic field has been used to study 3he self-diffusi...
The NMR method with the pulse gradient of the magnetic field has been used to study 3he self-diffusi...
The construction and performance of a Pulsed Field Gradient system for use with a commercial, high-r...
The concentration dependences of the self-diffusion coefficients of molecules of several hydrocarbon...
The concentration dependences of the self-diffusion coefficients of molecules of several hydrocarbon...
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
The concentration dependences of the self-diffusion coefficients of molecules of several hydrocarbon...
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
Self-diffusion coefficients D*of liquids in porous media, as measured by the pulsed-field gradient N...
Self-diffusion coefficients D*of liquids in porous media, as measured by the pulsed-field gradient N...
On the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion c...
On the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion c...
On the basis of the concepts of exchange processes the problem to interpret solvent self-diffusion c...
The NMR method with the pulse gradient of the magnetic field has been used to study 3he self-diffusi...
The NMR method with the pulse gradient of the magnetic field has been used to study 3he self-diffusi...
The NMR method with the pulse gradient of the magnetic field has been used to study 3he self-diffusi...
The construction and performance of a Pulsed Field Gradient system for use with a commercial, high-r...
The concentration dependences of the self-diffusion coefficients of molecules of several hydrocarbon...
The concentration dependences of the self-diffusion coefficients of molecules of several hydrocarbon...
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
The concentration dependences of the self-diffusion coefficients of molecules of several hydrocarbon...
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
Self-diffusion of poly(sulphone-ethylene oxide) copolymer macromolecules in different solvents has b...
Self-diffusion coefficients D*of liquids in porous media, as measured by the pulsed-field gradient N...
Self-diffusion coefficients D*of liquids in porous media, as measured by the pulsed-field gradient N...