This complaints contains papers on ceramics and glasses utilized in biomedical, dental and organic purposes, together with biomimetics and normal bioceramic fabrics. themes comprise: fabrics; functions; biomimetic fabrics and synthesis; structure/properties of typical ceramic-based fabrics; habit in organic environments; and synthesis, processing, characterization, and properties.Content:
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Extra resources for Bioceramics: Materials and Applications V, Volume 164
REFERENCES 1. A. Mjör, J. E. Moorhead, Reasons for replacement of restoration in permanent teeth in general dental practice. International Dental Journal 2000;50:361-366. 2. L. L. Hench, Biomaterials: a forecast for the future. Biomaterials 1998; 19:1419-1423. 3. M. Nilsson, Injectable calcium sulphate and calcium phosphate bone substitutes, Ph. D thesis, Lund (2003). 4. M. S. Park, E. D. Eanes, J. M. Antonucci, D. Skrtic. Mechanical properties of bioactive amorphous calcium phosphate/metacrylate composites.
Bay, E. C. Shors, "Bone Ingrowth and Mechanical Properties of Coralline Hydroxyapatite 1 Year After Implantation," Biomaterials, 14 341-45 (1993).  Z. Jianguo, Z. Xingdong, C. Muller-Mai, U. Gross, "The Early Host and and Material Response of Hydroxyapatite / Beta-tricalciumphosphate Porous Ceramics After Implantation into the Femur of Rats," Journal of Materials Science: Materials in Medicine, 5 243-51 (1994).  M. B. Thomas and R. H. Doremus, "Fracture Strength of Dense Hydroxylapatite," American Ceramic Society Bulletin, 60  258-9 (1981).
3. Table I. Composition determined by EDX of target and deposited films. Target C,2A7 Deposited at 170 °C Deposited at 330 °C Deposited at 460 °C Ca 23% 14% 14% 13% Al 27% 25% 28% 27% 0 50% 61% 59% 59 % The films were amorphous as measured by X-ray diffraction (X-ray amorphous) for the lower deposition temperatures used. For coatings deposited at 460 °C some X-ray reflections are seen. The growth rate is about 60 nm/hour. With electron diffraction in a TEM no diffraction pattern was shown for any of the films, possibly due to a very small grain size.