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首页> 外文期刊>Current applied physics: the official journal of the Korean Physical Society >Spectroscopic studies of hydroxyapatite in PVP/PVA polymeric matrix as biomaterial
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Spectroscopic studies of hydroxyapatite in PVP/PVA polymeric matrix as biomaterial

机译:PVP / PVA聚合物基体中生物材料中羟基磷灰石的光谱研究

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摘要

This system is focusing on characterization and spectroscopic studies of PVA and PVP blend and the blend filled with various mass fractions (2.5, 5 and 10%) of HAp because it has great potential for applications in the medical purposes. The films have been prepared by solution casting technique. The characteristic properties of the films were examined by FT-IR, X-ray, SEM, TGA and DSC techniques from room temperature to 500 °C. XRD scans reveal the semicrystalline nature of the prepared films and demonstrated that complexation between the blend and the HAp were occur. SEM and thermal studies confirmed these results. Three main weight loss regions were observed in TGA thermograms that reveal reduction in the thermal stability of the prepared samples as HAp content increases. Three main transition peaks were observed in DSC with a single T_g which indicates a good miscibility of the films. The ratio Ca:P is 1.65:1 which confirm the formation of hydroxyapatite. So, the present work can be used in various bio-applications.
机译:该系统专注于PVA和PVP共混物以及填充有各种质量分数(2.5%,5%和10%)HAp的共混物的表征和光谱研究,因为它在医学领域具有巨大的应用潜力。该膜已经通过溶液流延技术制备。通过FT-IR,X射线,SEM,TGA和DSC技术在室温至500°C下检查了薄膜的特性。 XRD扫描揭示了所制备的膜的半结晶性质,并表明在共混物和HAp之间发生了络合。 SEM和热学研究证实了这些结果。在TGA热分析图中观察到三个主要的失重区域,揭示了随着HAp含量的增加,所制备样品的热稳定性降低。在DSC中观察到三个主要的跃迁峰,单个T_g表示薄膜具有良好的混溶性。 Ca∶P比为1.65∶1,这证实了羟基磷灰石的形成。因此,目前的工作可以用于各种生物应用。

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