Taipei Medical University Institutional Repository:Item 987654321/58122
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    jsp.display-item.identifier=請使用永久網址來引用或連結此文件: http://libir.tmu.edu.tw/handle/987654321/58122


    题名: β-型鈦植體合金之高溫微結構、機械性質與生物相容性研究
    Research of high-temperature microstructural characteristics, mechanical properties and biocompatibility on β-type titanium implant alloys
    作者: 陳忠任
    CHEN, CHUNG-JEN
    贡献者: 洪景明
    关键词: 鈦-鉭合金;生醫材料;顯微結構;熱處理;機械性質;生物相容性
    Ti-Ta alloy;Biomaterial;Microstructure;Heat treatment;Mechanical property;Biocompatibility
    日期: 2014-07-23
    上传时间: 2019-10-02 12:12:13 (UTC+8)
    摘要: 本研究主要係藉由光學顯微鏡、掃描式電子顯微鏡、X光繞射儀、穿透式電
    子顯微鏡、硬度測試、接觸角測試及生物檢測等設備進行分析Ti-25Ta之β型生醫
    鈦合金高溫顯微結構、機械特性與生物相容性之關係性。研究結果發現；針狀?恁?
    麻田散鐵相之體積分率會隨熱處理溫度上升而減少，當合金被熱處理於700°C至
    1000°C持溫30分鐘後，其結構本質為一(?? + ?恁?)相結構。TTa-3試片呈現最大之為
    硬度約為Hv743。而TTa-3與TTa-4試片則具較親水性表面，其接觸角各別為
    73°與69°。此外，MTT檢測結果亦顯示；經熱處理過後之合金試片並不會釋出具
    有毒性之金屬離子至細胞中，而這些結果與特徵有助於進一步了解此合金之顯微
    結構、機械性質與生物相容性之間關係，可發展成一具潛力之醫用合金以供牙科
    醫療器材產業應用。
    The Ti-25Ta alloy was characterized via optical microscopy, scanning electron
    microscopy, X-ray diffraction, transmission electron microscopy, hardness test,
    contact angle test and biological assay. It was found that the volume fraction of the
    needle-like ?恁? martensite phase decreased with increasing the heat treatment
    temperature. When the alloy underwent heat treatment at temperatures between 700°C
    and 1000°C, its microstructure was essentially a (?? + ?恁?) phase structure. The
    hardness test results for the TTa-3 sample exhibits the maximum Hv value to those
    samples around Hv743. For the TTa-3 and TTa-4 samples, they exhibit a relatively
    hydrophilicity surfaces. The average contact angles of the TTa-3 and TTa-4 samples
    are 73° and 69°, respectively. Moreover, the MTT assay results also indicated that the
    heat treated samples were not released toxic metallic ions to cells. These results and
    features can be useful in further understanding the relationship between the
    microstructure, mechanical behavior and biocompatibility of the alloy, to
    development as a potential biomedical alloy.
    描述: 碩士
    指導教授-洪景明
    委員-歐士輔
    委員-黃瓊芳
    数据类型: thesis
    显示于类别:[醫療器材產業碩士專班] 博碩士論文

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