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Sintered Hydroxyapatite / Bioactive Glass Composites: Thermal Analysis and Bioactivity

机译:烧结羟基磷灰石/生物活性玻璃复合材料:热分析和生物活性

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Three-dimensionally ordered materials containing hydroxyapatite (HAp) as well as Bioglass (BG) have been prepared in form of pellets and have been examined the effects of BG addition -in combination with a heat treatment process- on biological properties of composite HAp/BG. The investigation of the bioactive behavior of sintered and unheated biphasic mixtures and the deviations from pure HAp was performed by FTIR spectroscopy and Differential Thermal Analysis. It was observed the appearance of new phases on sintered composite pellets, while a faster biological HAp layer formation was detected, on the composite unheated pellets' surface than on pure HAp and sintered composite pellets, currently leading to increased bioactivity.
机译:以颗粒的形式制备含有羟基磷灰石(HAP)以及生物胶(BG)的三维有序材料,并已以颗粒的形式制备,并已研究BG加入-IN组合与热处理过程的影响 - 复合HAP / BG的生物学性质。通过FTIR光谱和差分热分析对烧结和未加热的双相混合物的生物活性行为及纯HAP偏差的研究。观察到烧结复合粒料上的新相的外观,而检测到比在纯Hap和烧结的复合颗粒上的复合加热颗粒表面上检测到更快的生物HAP层形成,目前导致生物活性增加。

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