Journal of the American Ceramic Society · 1996 · 110 citations · 15 references
Powder ProcessingEngineeringMechanical EngineeringPhosphorus Molar RatioPhosphorus Molar Ratiosβ‐Tricalcium PhosphateChemistryCeramic PowdersInorganic MaterialCalcium AluminateMaterials ScienceCrystalline CeramicsCeramicsCeramic MaterialPowder SynthesisMicrostructureSinteringVarious CalciumCeramics MaterialsCeramic SynthesisRe‐pressed SintersCalcium Phosphate Materials
Depending on the calcium:phosphorus molar ratio of the initial precipitates determined by precipitation conditions (calcium:phosphorus molar ratio of reactants and pH of reaction environment), after sintering at 1250°C, monophase, biphase, or triphase ceramics consisting of hydroxyapatite, β‐tricalcium phosphate, α‐tricalcium phosphate, and calcium oxide were obtained. The phase composition and properties—i.e., density, shrinkage, hardness, bending strength, and roughness—of the fractured surfaces of the isostatically re‐pressed sinters were determined.
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Sintering effects on the strength of hydroxyapatite
Andrew J. Ruys, Mei Wei, Charles C. Sorrell et al. · Biomaterials · 1995 · 316 citations