首页> 外文期刊>Acta biomaterialia >The attraction of a lightweight metal with mechanical properties suitable for many applications brought a renewed focus on magnesium alloys in the automotive and aerospace industries.
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The attraction of a lightweight metal with mechanical properties suitable for many applications brought a renewed focus on magnesium alloys in the automotive and aerospace industries.

机译:具有适用于许多应用的机械性能的轻质金属的吸引力再次引起了人们对汽车和航空航天业镁合金的关注。

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摘要

More than 200 years after the first production of elemental magnesium by Sir Humphrey Davy, the past decade has witnessed increased attention to magnesium-based alloys by biomaterial scientists and medical device developers. Surprisingly, the concept of using magnesium as an implantable material is relatively old. In the early part of the twentieth century magnesium was investigated extensively for several medical applications, but with the advent and adoption of stainless steels as metallic implants this interest waned in the post-World War II period to little, if any, research. The attraction of a lightweight metal with mechanical properties suitable for many applications brought a renewed focus on magnesium alloys in the automotive and aerospace industries. This interest spread to the current, rapidly growing interest in magnesium-based alloys for medical applications. In the words of the author of Ecclesiastes, "there is nothing new under the sun".
机译:在汉弗莱·戴维爵士首次生产单质镁200多年之后,过去十年见证了生物材料科学家和医疗器械开发商对镁基合金的关注。出乎意料的是,使用镁作为可植入材料的概念相对较旧。在20世纪初期,对镁在多种医学应用中进行了广泛的研究,但是随着不锈钢作为金属植入物的出现和采用,这种兴趣在二战后的时期逐渐减少,甚至没有进行任何研究。具有适用于许多应用的机械性能的轻质金属的吸引力再次引起了人们对汽车和航空航天业镁合金的关注。这种兴趣扩展到了当前对医疗应用镁基合金的快速增长的兴趣。用传道书的作者的话说,“在阳光下没有什么新鲜的东西”。

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