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FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic preparation method
The invention provides an FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic preparation method in the field of biomedical material preparation. FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic is obtained by preparing precursor powder through a chemical precipitation method with calcium acetate monohydrate, monopotassium phosphate and potassium fluoride dehydrate as raw materials and sintering the precursor powder at a high temperature for 2 h. The process is simple, and the obtained three-phase ceramic is uniform in component and has high osteoconduction, biodegradability and mechanical strength, and is an ideal biochemical medical material.
FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic preparation method
The invention provides an FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic preparation method in the field of biomedical material preparation. FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic is obtained by preparing precursor powder through a chemical precipitation method with calcium acetate monohydrate, monopotassium phosphate and potassium fluoride dehydrate as raw materials and sintering the precursor powder at a high temperature for 2 h. The process is simple, and the obtained three-phase ceramic is uniform in component and has high osteoconduction, biodegradability and mechanical strength, and is an ideal biochemical medical material.
FHA/beta-TCP/beta-Ca2P2O7 three-phase ceramic preparation method
RAO QUNLI (author) / GUO XIAOLIANG (author)
2016-01-27
Patent
Electronic Resource
English
IPC:
C04B
Kalk
,
LIME
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