Wetting transitions, in which one liquid wets, or spreads at, the interface between a second liquid and their common vapor, are defined and first- and second-order transitions are distinguished. The mean-field density-functional models of fluid interfaces are recalled. A criterion is noted for determining when the wetting transitions in those models are required to be of first order or may be of second order. It is seen how two examples of such density-functional models that have been treated in the past, one leading to a first-order and the other to a second-order wetting transition, provide examples of the application of the criterion.status: publishe
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
International audienceThe first aim of this review is to assess the experimental data available abou...
In separation processes not only thermodynamic bulk but also interfacial properties play a crucial r...
A class of density-functional models for wetting transitions is defined. A necessary condition for t...
Within the first part the interfacial wetting behaviour of binary liquid mixtures at their liquid-va...
A mean-field density-functional model often used in the past in the study of line and boundary tensi...
Wetting is a rather efficient mechanism for nucleation of a phase (typically liquid) on the interfac...
We study continuous interfacial transitions, analagous to two-dimensional complete wetting, associat...
Includes bibliographical references (page 44)The variation of local density with position in the int...
\u3cp\u3eAn inhomogeneous lattice self-consistent field (SCF) theory is applied to wetting problems....
A classical density functional formalism has been developed to predict the position-orientation numb...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
International audienceThe first aim of this review is to assess the experimental data available abou...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
International audienceThe first aim of this review is to assess the experimental data available abou...
In separation processes not only thermodynamic bulk but also interfacial properties play a crucial r...
A class of density-functional models for wetting transitions is defined. A necessary condition for t...
Within the first part the interfacial wetting behaviour of binary liquid mixtures at their liquid-va...
A mean-field density-functional model often used in the past in the study of line and boundary tensi...
Wetting is a rather efficient mechanism for nucleation of a phase (typically liquid) on the interfac...
We study continuous interfacial transitions, analagous to two-dimensional complete wetting, associat...
Includes bibliographical references (page 44)The variation of local density with position in the int...
\u3cp\u3eAn inhomogeneous lattice self-consistent field (SCF) theory is applied to wetting problems....
A classical density functional formalism has been developed to predict the position-orientation numb...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
International audienceThe first aim of this review is to assess the experimental data available abou...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
Density-density correlations in a planar interface of a neutral, multi- component fluid mixture are ...
International audienceThe first aim of this review is to assess the experimental data available abou...
In separation processes not only thermodynamic bulk but also interfacial properties play a crucial r...