ABSTRACT. Mesoscopic patterns have been observed to form in thin polymer films undergoing a fast dip-coating process. Though several mechanisms for creating of mesoscopic patterns have been proposed, the mechanism of the evaporation-induced mesoscopic self-organization is not yet fully understood. The paper aims to explain this phenomenon by studying the stability of a thin evaporating film. The analysis does not assume long wave disturbances or quasi-steady base solution. It is found that under these conditions there exists a purely thermal instability mechanism that could be responsible for mesoscopic pattern formation. The instability is caused by increasing of evaporation with the film thinning due to higher heat flux from the substrate...
We have studied a morphological instability of a double layer comprising the polymer film and air ga...
This article describes some recent research in the physics of thin polymer films. The work discussed...
A theory, which accounts for some recent fascinating observations, is presented for the instability ...
Mesoscopically ordered self-assembled polystyrene, polycarbonate and polymethylmethacrylate films we...
Self-organized polymer patterns resulting from the evaporation of an organic solvent drop on a solub...
The ordered necklace-like or cellular pattern formation has been investigated for ternary polymer so...
We consider solutions where the surface tension of the solvent $\gamma _\mathrm{s}$ is smaller than ...
We present the first real time observation of the pattern evolution in self-destruction of thin poly...
International audienceFilm formation through the drying of polymer solutions is a widely used proces...
Stability, dynamics and dewetting of thin (<100 nm) evaporating water films on partially and comp...
This paper examines through numerical simulations the impact of a solutal Marangoni effect on the de...
Self-assembly has been recognized as an efficient tool for generating a wide range of functional, ch...
We demonstrate a controllable formation process of wave-like patterns in thermally unstable surface-...
textThin polymer films are important for many technologies. They are used as coatings, adhesives, l...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We have studied a morphological instability of a double layer comprising the polymer film and air ga...
This article describes some recent research in the physics of thin polymer films. The work discussed...
A theory, which accounts for some recent fascinating observations, is presented for the instability ...
Mesoscopically ordered self-assembled polystyrene, polycarbonate and polymethylmethacrylate films we...
Self-organized polymer patterns resulting from the evaporation of an organic solvent drop on a solub...
The ordered necklace-like or cellular pattern formation has been investigated for ternary polymer so...
We consider solutions where the surface tension of the solvent $\gamma _\mathrm{s}$ is smaller than ...
We present the first real time observation of the pattern evolution in self-destruction of thin poly...
International audienceFilm formation through the drying of polymer solutions is a widely used proces...
Stability, dynamics and dewetting of thin (<100 nm) evaporating water films on partially and comp...
This paper examines through numerical simulations the impact of a solutal Marangoni effect on the de...
Self-assembly has been recognized as an efficient tool for generating a wide range of functional, ch...
We demonstrate a controllable formation process of wave-like patterns in thermally unstable surface-...
textThin polymer films are important for many technologies. They are used as coatings, adhesives, l...
We report the experimental observation and a theoretical model for a thin-film instability caused by...
We have studied a morphological instability of a double layer comprising the polymer film and air ga...
This article describes some recent research in the physics of thin polymer films. The work discussed...
A theory, which accounts for some recent fascinating observations, is presented for the instability ...