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On the basis of the ligamental reticulated carbon foam by Klett in 2000 and hollow microsphere carbon foam by Bruneton in 2002, a hollow microsphere/ reticulated composite carbon foam is prepared by microstructural optimization, carbonization and graphitization sequentially. The scanning electron microscope (SEM) and stereo microsccope tests demonstrate that both reticulated ligament and globe cavity show obvious spacial periodicities. Diffraction peak of X-ray diffraction (XRD) at 26°indicates that the sample features graphitization. Besides, the forming mechanism is also analyzed.
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Keywords:
- carbon foam /
- microstructural optimization /
- SEM /
- XRD
[1] Chen W 2005 Aviation maintenance and Engineering 3 33 (in Chinese) [陈 文2005 航空维修与工程 3 33]
[2] Liu X S 2001 Science and Technology Review 2 6 (in Chinese) [刘先曙2001科技导报2 6]
[3] Xu W 2001 International Aviation 2 14 (in Chinese) [徐 文2001 国际航空 2 14]
[4] Li K Z, Wang C, Li H J, Shi Z H 2006 Materials Review 20 85 (in Chinese) [李克智、王闯、李贺军、石振海2006 材料导报 20 85]
[5] Li K Z, Wang C, Li H J, Zhao J J 2006 Journal of functional materials 37 1235 (in Chinese) [李克智、王 闯、李贺军、赵建军2006功能材料 37 1235]
[6] Klett J W, Hardy R, Walls C 2000 Carbon 38 953
[7] Klett J W, Burchell T D 2003 US Patent: US 0017101
[8] Masaya K, Junya Y A, Yasushi S 2007 Carbon 45 1105
[9] Bruneten E, Tallaron C, Gras-Naulin N 2002 Carbon 40 1919
[10] Rajeev M, David P A, Joseph W H 2003 Carbon 41 2174
[11] Nidia C G, James W K 2003 Carbon 41 1461
[12] Mukhopadhyay S M, Pulikollu R V, Roy A K 2004 Applied Surface Science 225 223
[13] Inagaki M, Morishita T, Kuno A 2004 Carbon 42 497
[14] Eksilioglu A 2006 Journal of Material Science 41 2743
[15] Chen C, Kennel E, Stiller A H, Stansberry P G, Zondlo J W 2006 Carbon 44 1535
[16] Dou K 2000 Chemical research and application 12 199 (in Chinese) [杜凯2000 化学研究与应用 12 199]
[17] Liu Y X, Yu C Y 2003 China Powder Science and Technology 9 37 (in Chinese)[刘永霞、于才渊 2003 中国粉体技术 9 37]
[18] Lv H M, Chen G D, Yan G J, Ye H G 2007 Acta Phys. Sin.56 2808 (in Chinese) [吕惠民、陈光德、颜国君、耶红刚 2007 56 2808]
[19] Lv H M, Shi Z H,Chen G D 2009 Acta Phys. Sin.58 6403 (in Chinese)[吕惠民、石振海、陈光德 2009 58 6403]
[20] Yan G J, Chen G D, Wu Y L 2009 Chin. Phys. B 18 2925
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[1] Chen W 2005 Aviation maintenance and Engineering 3 33 (in Chinese) [陈 文2005 航空维修与工程 3 33]
[2] Liu X S 2001 Science and Technology Review 2 6 (in Chinese) [刘先曙2001科技导报2 6]
[3] Xu W 2001 International Aviation 2 14 (in Chinese) [徐 文2001 国际航空 2 14]
[4] Li K Z, Wang C, Li H J, Shi Z H 2006 Materials Review 20 85 (in Chinese) [李克智、王闯、李贺军、石振海2006 材料导报 20 85]
[5] Li K Z, Wang C, Li H J, Zhao J J 2006 Journal of functional materials 37 1235 (in Chinese) [李克智、王 闯、李贺军、赵建军2006功能材料 37 1235]
[6] Klett J W, Hardy R, Walls C 2000 Carbon 38 953
[7] Klett J W, Burchell T D 2003 US Patent: US 0017101
[8] Masaya K, Junya Y A, Yasushi S 2007 Carbon 45 1105
[9] Bruneten E, Tallaron C, Gras-Naulin N 2002 Carbon 40 1919
[10] Rajeev M, David P A, Joseph W H 2003 Carbon 41 2174
[11] Nidia C G, James W K 2003 Carbon 41 1461
[12] Mukhopadhyay S M, Pulikollu R V, Roy A K 2004 Applied Surface Science 225 223
[13] Inagaki M, Morishita T, Kuno A 2004 Carbon 42 497
[14] Eksilioglu A 2006 Journal of Material Science 41 2743
[15] Chen C, Kennel E, Stiller A H, Stansberry P G, Zondlo J W 2006 Carbon 44 1535
[16] Dou K 2000 Chemical research and application 12 199 (in Chinese) [杜凯2000 化学研究与应用 12 199]
[17] Liu Y X, Yu C Y 2003 China Powder Science and Technology 9 37 (in Chinese)[刘永霞、于才渊 2003 中国粉体技术 9 37]
[18] Lv H M, Chen G D, Yan G J, Ye H G 2007 Acta Phys. Sin.56 2808 (in Chinese) [吕惠民、陈光德、颜国君、耶红刚 2007 56 2808]
[19] Lv H M, Shi Z H,Chen G D 2009 Acta Phys. Sin.58 6403 (in Chinese)[吕惠民、石振海、陈光德 2009 58 6403]
[20] Yan G J, Chen G D, Wu Y L 2009 Chin. Phys. B 18 2925
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