Gas Recognition Films Fabricated by Microplasma Technology
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概要
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We developed a novel fabrication method of on-demand polymer film synthesis onto a substrate under atmospheric pressure using microplasma polymerization with a laboratory-made torch-type microplasma polymerization apparatus. We used styrene as model monomer for selection of polymerization condition of microplasma-polymerization and evaluation of microplasma-polymerized (MPP-) styrene films. These films were characterized using data FT-IR, EDX, contact angle, and gas sorption property using QCM technique. Characterization results of FT-IR, contact angle, and EDX suggest that MPP-styrene films were oxidized. Results showed that gas sorption properties of MPP-styrene films were controllable by polymerization parameters of VHF power or concentration of monomer gas.
- The Society of Photopolymer Science and Technology (SPST)の論文
The Society of Photopolymer Science and Technology (SPST) | 論文
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