We have investigated new aromatic polymers for nanoimprint and subsequent dry etching, namely thermoset and thermoplastic compounds. They were tested in a SiO2 patterning process under low pressure and high plasma density conditions and feature a selectivity about twice as high as poly(methylmethacrylate) (PMMA). The imprint behavior is comparable to PMMA and, in particular, the thermoplastic polymers show excellent imprint quality. This was demonstrated by replication of large arrays of lines down to 50 nm width. The thermoset polymers showed excellent dry etch stability and Teflon-like antisticking layers helped to imprint them without sticking
Polyimides have attractive thermal, mechanical and electrical properties, and have found application...
Nanoimprint lithography (NIL) can generate well defined nanostructures with high efficiency and at v...
Abstract—This paper examines aspects of a soft nanoimprint lithography technique for operation at re...
We have investigated new aromatic polymers for nanoimprint and subsequent dry etching, namely thermo...
We present a systematic comparison of four resins for nanoimprint intermediate polymer stamps, the s...
Insights gained from rheological and contact angle measurements of plasticized and non-plasticized p...
Replication of the e-beam master into thermosetting polymers was investigated for low cost working s...
The characteristics and benefits of two types of cross-linking prepolymers with low glass transition...
Presented here is the novel use of thermoplastic siloxane copolymers as nanoimprint lithography (NIL...
International audienceIn conventional nanoimprint lithography, relatively high pressures and high te...
The implementation of high-resolution polymer templates fabricated by capillary force lithography (C...
Stamp fabrication for nanoimprinting can be significantly simplified, when specialized crosslinking ...
Insights gained from rheological and contact angle measurements of plasticized and non-plasticized p...
We have demonstrated multi-step room-temperature nanoimprint lithography (RTNIL) using polystyrene (...
A new class of copolymers potentially suitable for an imprint process is investigated. They are comp...
Polyimides have attractive thermal, mechanical and electrical properties, and have found application...
Nanoimprint lithography (NIL) can generate well defined nanostructures with high efficiency and at v...
Abstract—This paper examines aspects of a soft nanoimprint lithography technique for operation at re...
We have investigated new aromatic polymers for nanoimprint and subsequent dry etching, namely thermo...
We present a systematic comparison of four resins for nanoimprint intermediate polymer stamps, the s...
Insights gained from rheological and contact angle measurements of plasticized and non-plasticized p...
Replication of the e-beam master into thermosetting polymers was investigated for low cost working s...
The characteristics and benefits of two types of cross-linking prepolymers with low glass transition...
Presented here is the novel use of thermoplastic siloxane copolymers as nanoimprint lithography (NIL...
International audienceIn conventional nanoimprint lithography, relatively high pressures and high te...
The implementation of high-resolution polymer templates fabricated by capillary force lithography (C...
Stamp fabrication for nanoimprinting can be significantly simplified, when specialized crosslinking ...
Insights gained from rheological and contact angle measurements of plasticized and non-plasticized p...
We have demonstrated multi-step room-temperature nanoimprint lithography (RTNIL) using polystyrene (...
A new class of copolymers potentially suitable for an imprint process is investigated. They are comp...
Polyimides have attractive thermal, mechanical and electrical properties, and have found application...
Nanoimprint lithography (NIL) can generate well defined nanostructures with high efficiency and at v...
Abstract—This paper examines aspects of a soft nanoimprint lithography technique for operation at re...