In the production of modern components, e.g. displays, complex substrates with e.g. conducting paths and pre-structuring are liquid coated and dried. The surfaces of such layers have to have a very well specified quality, usual. Thus it is necessary to avoid the formation of surface structures. This work presents the elementary mechanism and describes a technique for visualization to investigate surface deformations due to Marangoni-Convection during thin film drying
A range of new experimental techniques is developed to quantify drying-air induced disturbances on l...
We discuss the development of a comprehensive mathematical and numerical model for thin-layer flow o...
Coating processes allow functionalizing a surface to obtain new properties, as anti-glare or anti-sc...
In printed electronics, uniform and solute film formation by the inkjet method is very important. Th...
In this study we consider the drying of a thin film that contains a stable dispersion of colloidal p...
We study large scale surface deformations of a liquid film unstable due to the Marangoni effect cau...
We investigate the surface deformation of polymeric coatings dried under interfacial stresses. The s...
The drying of colloidal suspensions is a very complex process leading to a sol-gel transition induce...
In immersion lithography, the probability to leave water on a photoresist (PR) increases with the sc...
This thesis concerns the drying of thin aqueous solution in a cosmetic context, the stability and te...
We carried out numerical simulations of drying-induced surface roughening of a moving liquid layer u...
This paper examines through numerical simulations the impact of a solutal Marangoni effect on the de...
International audienceA study of the complex drying dynamics of polymeric mixtures with optical micr...
Inspired by many years of motivating collaboration between the first author and Prof.Manuel G. Velar...
Drying latex films usually experience tensile stress due to the reduction in volume. While an uncons...
A range of new experimental techniques is developed to quantify drying-air induced disturbances on l...
We discuss the development of a comprehensive mathematical and numerical model for thin-layer flow o...
Coating processes allow functionalizing a surface to obtain new properties, as anti-glare or anti-sc...
In printed electronics, uniform and solute film formation by the inkjet method is very important. Th...
In this study we consider the drying of a thin film that contains a stable dispersion of colloidal p...
We study large scale surface deformations of a liquid film unstable due to the Marangoni effect cau...
We investigate the surface deformation of polymeric coatings dried under interfacial stresses. The s...
The drying of colloidal suspensions is a very complex process leading to a sol-gel transition induce...
In immersion lithography, the probability to leave water on a photoresist (PR) increases with the sc...
This thesis concerns the drying of thin aqueous solution in a cosmetic context, the stability and te...
We carried out numerical simulations of drying-induced surface roughening of a moving liquid layer u...
This paper examines through numerical simulations the impact of a solutal Marangoni effect on the de...
International audienceA study of the complex drying dynamics of polymeric mixtures with optical micr...
Inspired by many years of motivating collaboration between the first author and Prof.Manuel G. Velar...
Drying latex films usually experience tensile stress due to the reduction in volume. While an uncons...
A range of new experimental techniques is developed to quantify drying-air induced disturbances on l...
We discuss the development of a comprehensive mathematical and numerical model for thin-layer flow o...
Coating processes allow functionalizing a surface to obtain new properties, as anti-glare or anti-sc...