Add to ORKGThe specular reflection of neutrons is now a well-established technique for the study of surfactant adsorption at the air-liquid interface. In combination with isotopic substitution it provides a powerful method for determining adsorbed amounts and the surface/interfacial monolayer structure. The application of the technique for the determination of adsorption isotherms will be described, with particular emphasis on multi-component systems. Recent results for nonionic and mixed nonionic-cationic surfactants will be discussed, and compared with theoretical predictions
The interfacial behaviour of several surfactant mixtures containing zwitterionic surfactants has bee...
The interfacial behaviour of several surfactant mixtures containing zwitterionic surfactants has bee...
The adsorption of the mixed nonionic surfactants, monododecyl triethylene glycol (C2EO3) and monodod...
The specular reflection of neutrons is now a well-established technique for the study of surfactant ...
The specular reflection of neutrons, in combination with isotopic labeling, has been shown to be a p...
The specular reflection of neutrons is now finding widespread application in a range of problems in ...
The specular reflection of neutrons is now finding widespread application in the study of a range of...
Specular neutron reflection, in combination with hydrogen/deuterium isotopic substitution, has been ...
Specular neutron reflection, in combination with hydrogen/deuterium isotopic substitution, has been ...
The level of the background scattering in neutron reflection experiments limits the range of momentu...
The technique of specular reflection of neutrons has been used for the first time to study adsorptio...
The use of specular neutron reflection to study a wide variety of problems in surface and interfacia...
The specular reflection of neutrons is now becoming an established technique for the study of surfac...
The specular reflection of neutrons is now becoming an established technique for the study of surfac...
By means of isotopic substitution, measurements of the neutron reflectivity (NR) from a flat water s...
The interfacial behaviour of several surfactant mixtures containing zwitterionic surfactants has bee...
The interfacial behaviour of several surfactant mixtures containing zwitterionic surfactants has bee...
The adsorption of the mixed nonionic surfactants, monododecyl triethylene glycol (C2EO3) and monodod...
The specular reflection of neutrons is now a well-established technique for the study of surfactant ...
The specular reflection of neutrons, in combination with isotopic labeling, has been shown to be a p...
The specular reflection of neutrons is now finding widespread application in a range of problems in ...
The specular reflection of neutrons is now finding widespread application in the study of a range of...
Specular neutron reflection, in combination with hydrogen/deuterium isotopic substitution, has been ...
Specular neutron reflection, in combination with hydrogen/deuterium isotopic substitution, has been ...
The level of the background scattering in neutron reflection experiments limits the range of momentu...
The technique of specular reflection of neutrons has been used for the first time to study adsorptio...
The use of specular neutron reflection to study a wide variety of problems in surface and interfacia...
The specular reflection of neutrons is now becoming an established technique for the study of surfac...
The specular reflection of neutrons is now becoming an established technique for the study of surfac...
By means of isotopic substitution, measurements of the neutron reflectivity (NR) from a flat water s...
The interfacial behaviour of several surfactant mixtures containing zwitterionic surfactants has bee...
The interfacial behaviour of several surfactant mixtures containing zwitterionic surfactants has bee...
The adsorption of the mixed nonionic surfactants, monododecyl triethylene glycol (C2EO3) and monodod...