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Preparation of Ti-based and Zr-based bio-metallic wires by arc-melting type melt-extraction method

机译:电弧熔融型熔体萃取法制备Ti和Zr基生物金属丝

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New Ti-based and Zr-based metallic wires for the future application as biomaterials were developed by arc-melting type melt-extraction method. Zr-based metallic glass wire, a-Ti type Ti-Zr binary wire and P-Ti type Ti-Nb-Ta-Zr (TNTZ) wire show high tensile strength and good vending ductility. Zr-based metallic glass wire shows extremely high tensile strength over 1 GPa and large elastic strain limit reached approximately 2%. Ti-Zr binary alloy shows high wire-shape forming tendency during melt-extraction, and high Ti concentration Ti_(90)Zr_(10) alloy wire was obtained. TNTZ wire shows superior bending ductility and full ductility is achieved.
机译:通过电弧熔化型熔体萃取法,开发了作为生物材料的未来应用的新型钛基和锆基金属线。 Zr基金属玻璃丝,a-Ti型Ti-Zr二元丝和P-Ti型Ti-Nb-Ta-Zr(TNTZ)丝显示出高的拉伸强度和良好的出售延展性。锆基金属玻璃丝在1 GPa的压力下显示出极高的抗张强度,并且较大的弹性应变极限达到了大约2%。 Ti-Zr二元合金在熔体萃取过程中呈现出较高的线形形成趋势,并获得了高Ti浓度的Ti_(90)Zr_(10)合金线。 TNTZ钢丝显示出优异的弯曲延展性,并实现了充分的延展性。

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