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Nanoimprint lithography using disposable biomass template

Hanabata, Makoto ; Takei, Satoshi ; Sugahara, Kigen ; Nakajima, Shinya ; Sugino, Naoto ; Kameda, Takao ; Fukushima, Jiro ; Matsumoto, Yoko ; Sekiguchi, Atsushi Cheng, Joy Y ; Bencher, Christopher

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Título:
Nanoimprint lithography using disposable biomass template
Autor: Hanabata, Makoto ; Takei, Satoshi ; Sugahara, Kigen ; Nakajima, Shinya ; Sugino, Naoto ; Kameda, Takao ; Fukushima, Jiro ; Matsumoto, Yoko ; Sekiguchi, Atsushi
Cheng, Joy Y ; Bencher, Christopher
Notas: Conference Date: 2016-02-21|2016-02-25
Conference Location: San Jose, California, United States
Descrição: A novel nanoimprint lithography process using disposable biomass template having gas permeability was investigated. It was found that a disposable biomass template derived from cellulose materials shows an excellent gas permeability and decreases transcriptional defects in conventional templates such as quartz, PMDS, DLC that have no gas permeability. We believe that outgasses from imprinted materials are easily removed through the template. The approach to use a cellulose for template material is suitable as the next generation of clean separation technology. It is expected to be one of the defect-less thermal nanoimprint lithographic technologies. It is also expected that volatile materials and solvent including materials become available that often create defects and peelings in conventional temples that have no gas permeability.
Editor: SPIE
Data de criação/publicação: 2016
Idioma: Inglês

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