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はじめに CNF (ナノ ... - rish.kyoto-u.ac.jp

CNF CNC CNF CNC (CNF) 4 100nm 5 m (CNC) 10 50nm 100 500nm 1 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University CNF CNC nm 10 1 100 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University 2 Copyright University of Canterbury, 1996.

4 セルロース ナノファイバーの特徴 (複合材としての比較) 京都大学生存研矢野研究室2012 Laboratory of Active Bio- based Materials, RISH, Kyoto University

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Transcription of はじめに CNF (ナノ ... - rish.kyoto-u.ac.jp

1 CNF CNC CNF CNC (CNF) 4 100nm 5 m (CNC) 10 50nm 100 500nm 1 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University CNF CNC nm 10 1 100 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University 2 Copyright University of Canterbury, 1996.

2 Artwork by Mark Harrington 4-10nm SEM 100nm 50% 20 30 20 30 1/5 5 250m2/g 1/50 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University 3 PAN (Kevlar 49) (g/cm3) (GPa) 140 230 112 74 (GPa) 3 3 (ppm/K) 0 5 5 4 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University / 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University 5 / 1,750 ( )

3 1,145 970 75 30 30 15 8 1 5 Rowell,1998 2012 Laboratory of Active Bio-based Materials, RISH, Kyoto University 6


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