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Growth of Hydroxyapatite Crystal in the Presence of Origanic Film 被引量:4

Growth of Hydroxyapatite Crystal in the Presence of Origanic Film
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摘要 The growth of hydroxyapatite (HAp) crystal in the presence of hexadecylamine was investigated. Due to its high polarity and high charge density, the organic film could increase the ion supersaturation on its surface. Therefore the growth of pure HAp crystals was accelerated. Moreover, the positive headgroups of the organic film could act as recognized nucleation sites and orient the growth of HAp crystals along the <0001> direction. The growth of hydroxyapatite (HAp) crystal in the presence of hexadecylamine was investigated. Due to its high polarity and high charge density, the organic film could increase the ion supersaturation on its surface. Therefore the growth of pure HAp crystals was accelerated. Moreover, the positive headgroups of the organic film could act as recognized nucleation sites and orient the growth of HAp crystals along the <0001> direction.
出处 《Journal of Materials Science & Technology》 SCIE EI CAS CSCD 2004年第2期223-226,共4页 材料科学技术(英文版)
关键词 BIOMINERALIZATION HYDROXYAPATITE Crystal growth Biomineralization, Hydroxyapatite, Crystal growth
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  • 1[1]S.Weiner and H.D.Wagner: Annu. Res. Mater. Sci., 1998, 28,271.
  • 2[2]Stephen Mann: Nature., 1988, 332(10), 119.
  • 3[3]D.D.Archibald, S.B.Qadri and B.P. Gaber: Langmuir, 1996,12, 538.
  • 4[4]Jon M.Didymus, Stephen Mann, Willian J.Benton and R.Ian:Langmiur, 1995, 11(8), 3130.
  • 5[5]K.S.Mayya, V.Patil, P. Madhu Kumar and Mural Sastry: The Solid Films, 1998, 312, 300.
  • 6[6]I.A.Aksay, M.Trau, S.Mann and l. Honma: Science, 1996,273(16), 892.
  • 7[7]Monlka Fritz, Angela M.Belcher and Manfres Radmacher: Nature, 1994, 37(1),49.
  • 8[8]D.D.Archibald and Stephen Mann: Nature, 1993, 364(29),430.
  • 9[9]Samuel I.Stapp and Paul V.Braun: Science, 1997, 277(29),1242.
  • 10[10]Sandra R.Whaley, D.S.English, Evelyn L.Hu, Paul F.Bartare and A.Angeta Belchor: Nature, 2000, 405(8), 665.

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