IIP情報・知能・精密機器部門講演会講演論文集
Online ISSN : 2424-3140
セッションID: 1C07
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塩化ビニルマイクロメートルサイズ突起創製と霜成長方向の制御
*野老山 貴行小林 将大寺田 真澤田 航竹内 裕也梅原 徳次
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To prevent frost covering on a heat exchanger surface, several micro-meter-sized asperities were built by vinyl chloride dissolved into acetone solution. The building up procedure and cost were much smaller than electron beam drawing or other micro-fabrications. The silicon substrate was chosen as a substrate material, then it was cleaned by ultrasonic cleaning with acetone in 15 minutes. The vinyl chloride dissolved into acetone solution was put on the Si substrate, then it was set in a vacuum chamber. After the evaquation, the sample surface was cleaned by acetone again. The average asperities diameter were approximately 18.6 μm, 9.0 μm height, and 12.7 μm distance between each asperities. The frost observation in the ESEM was conducted. Photographs, illustrations and tables must have captions.
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