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Gas‐Permeable Cellulose Template for Reduction of Template Damage and Gas Trapping in Microimprint Lithography of High Volume Manufacturing
Authors:Satoshi Takei  Shinya Nakajima  Kigen Sugahara  Makoto Hanabata  Yoko Matsumoto  Atsushi Sekiguchi
Affiliation:1. Eco‐material Engineering, Toyama Prefectural University, Imizu, Toyama, Japan;2. Litho Tech Japan Corporation, Saitama, Japan
Abstract:A gas‐permeable cellulose template for microimprint lithography has been synthesized and characterized for the reduction of template damage and gas trapping caused by solvents and oxygen generated from cross‐linked materials. The 5 μm line‐pattern failure of the microimprinted UV cross‐linked liquid materials with 4.7 wt% acetone as a volatile solvent is solved by using the gas‐permeable cellulose template because of its increased oxygen permeability. The gas‐permeable cellulose template also allows the use of volatile solvents with high coating property and solubility into the microimprinted materials instead of the compounds and plastic resins conventionally used in mold injection.
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Keywords:cellulose  gas permeability  imprint lithography  mold  template
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