The present invention relates to a dry process for forming patterns on a substrate. More particularly, the process contemplates coating an unzippable polymer film with a small amount of desirable UV if required on a substrate; laser ablating said film into a desired pattern or mask; screening a conductive or resistive paste onto the substrate through the ablated features of said mask; heating said substrate and mask to the unzipping temperature of said mask; and, vaporizing said mask and UV absorbing dye if present leaving behind the solid of said conductive or resistive past adhered to the substrate in the desired pattern
International audienceThe described protocol is a simple method to make protein micropatterns with a...
Vapor-deposition processes and the resulting thin polymer films provide consistent coatings that dec...
A technique was developed for dry chem. structuring of polymeric surfaces based on the principle of ...
The present invention relates to a dry process for forming patterns on a substrate. More particularl...
The present invention relates to maskless photolithography using a patterned light generator for cre...
The ability to form patterns of chemically reactive surface functionalities in microanalytical devic...
We report a simple method to directly pattern polymer-based photo luminescent material, i.e. a prepa...
Micropatterning of surfaces has been demonstrated using composite polymer coatings of PS and PMMA of...
A method of creating micro patterned devices by patterning thin films which are deposited on a subst...
This paper presents a straightforward method for patterning thin films of polymers, i.e. a prepatter...
A new method for the fabrication of microscale features in thermoplastic substrates is presented. Un...
The speed of microelectronic devices is controlled by the size of the transistor gate. In order to ...
Precise microscale arrangement of biomolecules and cells is essential for tissue engineering, microa...
This work presents twomask-less photolithographic methods to fabricate polymer structures with micro...
Polymer brush patterns have a central role in established and emerging research disciplines, from mi...
International audienceThe described protocol is a simple method to make protein micropatterns with a...
Vapor-deposition processes and the resulting thin polymer films provide consistent coatings that dec...
A technique was developed for dry chem. structuring of polymeric surfaces based on the principle of ...
The present invention relates to a dry process for forming patterns on a substrate. More particularl...
The present invention relates to maskless photolithography using a patterned light generator for cre...
The ability to form patterns of chemically reactive surface functionalities in microanalytical devic...
We report a simple method to directly pattern polymer-based photo luminescent material, i.e. a prepa...
Micropatterning of surfaces has been demonstrated using composite polymer coatings of PS and PMMA of...
A method of creating micro patterned devices by patterning thin films which are deposited on a subst...
This paper presents a straightforward method for patterning thin films of polymers, i.e. a prepatter...
A new method for the fabrication of microscale features in thermoplastic substrates is presented. Un...
The speed of microelectronic devices is controlled by the size of the transistor gate. In order to ...
Precise microscale arrangement of biomolecules and cells is essential for tissue engineering, microa...
This work presents twomask-less photolithographic methods to fabricate polymer structures with micro...
Polymer brush patterns have a central role in established and emerging research disciplines, from mi...
International audienceThe described protocol is a simple method to make protein micropatterns with a...
Vapor-deposition processes and the resulting thin polymer films provide consistent coatings that dec...
A technique was developed for dry chem. structuring of polymeric surfaces based on the principle of ...