燕山大学学报
燕山大學學報
연산대학학보
Journal of Yanshan University
2015年
4期
292-297,305
,共7页
镁合金%生物材料%力学性能%降解性能%生物相容性
鎂閤金%生物材料%力學性能%降解性能%生物相容性
미합금%생물재료%역학성능%강해성능%생물상용성
magnesium alloys%biomaterials%mechanical properties%degradation properties%biocompatibility
近年来,镁合金作为一种新型可降解金属生物材料,受到越来越多研究者的关注. Mg-Y基生物材料具有生物相容性好、力学性能优以及可降解吸收等优点,逐渐成为材料和医学领域的研究重点. 本文主要阐述了国内外Mg-Y基生物材料的制备工艺、性能及其应用. 同时,指出了Mg-Y基生物材料目前需要解决的问题和未来的研究方向,并展望了未来Mg-Y基生物材料的应用前景.
近年來,鎂閤金作為一種新型可降解金屬生物材料,受到越來越多研究者的關註. Mg-Y基生物材料具有生物相容性好、力學性能優以及可降解吸收等優點,逐漸成為材料和醫學領域的研究重點. 本文主要闡述瞭國內外Mg-Y基生物材料的製備工藝、性能及其應用. 同時,指齣瞭Mg-Y基生物材料目前需要解決的問題和未來的研究方嚮,併展望瞭未來Mg-Y基生物材料的應用前景.
근년래,미합금작위일충신형가강해금속생물재료,수도월래월다연구자적관주. Mg-Y기생물재료구유생물상용성호、역학성능우이급가강해흡수등우점,축점성위재료화의학영역적연구중점. 본문주요천술료국내외Mg-Y기생물재료적제비공예、성능급기응용. 동시,지출료Mg-Y기생물재료목전수요해결적문제화미래적연구방향,병전망료미래Mg-Y기생물재료적응용전경.
Recently,Magnesium alloys have attracted increasing attention as a new generation of biodegradable metal materials.Mg-Y based alloys received increasing interest due to their excellent mechanical properties,good biocompatibility and biodegradable ab-sorption.The research progress of Mg-Y based alloys in alloy preparation,mechanical properties,degradation properties and medical applications have been systematically introduced and summarized.In addition,the scientific problems needed to be addressed and re-search directions in future are pointed out.Finally,the potential applications prospects of biodegradable Mg-Y based alloys are pro-posed.