Application of carbon composite materials
Biocompatibility and biological application of carbon / Carbon Composites
Biocompatibility and biological application of composite materials for biological carbon / carbon composites.
Abstract: carbon carbon materials carbon materials complex will inherit some ti biolobical Xiangke, who from the angle of biocompatibility. Still with carbon materials have many similarities, carbon has excellent mechanical properties. Application of Du big in material field. With the student leaders.
This paper summarizes the research status of plaque carbon complex will speed on materials, carbon materials with complex will the student leaders compatibility characteristics, and further application of carbon material with a plaque sleeve complex will detailed discussion of carbon / carbon composites is to carbon fiber reinforced carbon matrix composite material, has high specific strength, high fracture toughness, good corrosion resistance and high temperature strength of high temperature retention, thermal shock properties. Mainly used in aviation, aerospace, high technology industry. The edge reinforcement and matrix of carbon carbon composites are made from carbon, we inherited the compatibility carbon materials inherent biological, on the other hand also has the characteristics of high strength and high toughness of fiber reinforced composite material. It has never left the strength and toughness of traditional carbon material, is a new type of biomedical materials have the potential of the name], In human bone repair and bone substitute material
Good application prospects.
A carbon carbon composites as biomedical materials, mainly has the following advantages: (1}) with good biocompatibility. The whole structure is composed of carbon. The organization for its good adaptability: (2) stable in vivo, not corrosion. Do not like the medical metal materials due to corrosion caused by metal ions in physiological environment. Diffusion into the surrounding tissue and its properties of materials and the degeneration of I (elastic modulus 3} has good biomechanical compatibility, and bone is very close, can be reduced by the effect of stress shielding of I prosthesis bone resorption and other complications; (#) high strength, fatigue resistance, good toughness, and through structural design. Our product investment conduct bed application research and collection of carbon carbon composites of various medical basic. This paper reviews the research status of biomedical carbon carbon composite material. The analysis of the compatibility characteristics of carbon carbon composite material and its application in biological organisms Prospects for the future are prospected.
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