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    题名 作者 年代 出处 被引量
1Refinement Role of Electromagnetic Stirring and Calcium in AZ91 Magnesium Alloy显示文摘钙增加的效果并且电磁在 AZ91 的微观结构上激动人心镁合金和精炼机制被调查。结果证明从 0.1wt%到 0.3 wt% 的钙增加不导致任何新阶段的形成,但是引起裁判员 i 当演员组微观结构的 nement。然而,联合了钙 alloying 并且电磁激动人心显著地减少谷物尺寸,改变 β-Mg 17 艾尔 12 阶段,和还原剂他们的体积百分比。AZ91 合金的最小的谷物尺寸与 100 V 的令人激动的电压在 0.2 wt%Ca 的增加的情况中被获得。微结构裁判员 i nement 被归因于度的增加在根据 DTA 冷却和主要 α-Mg 阶段的成核温度下面,分析结果。HAN Hui LIU Shengfa KANG Liugen LIU Linyan 2008Journal of Wuhan University of Technology(Materials Science)2008,23,2:1
2Development of Strip Casting Technology in Rare Earth Permanent Magnet Alloys and Hydrogen Storage Alloys in China显示文摘The SC technique is now being applied widely in material preparation, especially in rare earth functional materials in virtue of its advanced process and high performance product. The applications of SC technique in rare earth permanent magnet alloys and hydrogen storage alloys were analyzed integrative, on the basis of summary of SC technique development in this paper. The paper mainly includes development history of SC technology, effect of SC technology on alloy microstructure, application of SC technology in RE storage hydrogen alloy and sintered Nd-Fe-B alloy, development of SC equipment and SC product industry. At the same time, the paper points out the existing problem of SC products.韩卫平 郭炳麟 喻晓军 祝景汉 程星华 2007Journal of Rare Earths2007,25,S2:0
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