东北大学金属材料研究所的增本健教授等成功地开发了高性能铝基非晶态合金。该成果发表于5月31日至6月3日在东京召开的尖端材料国际会议上,并与吉田工业等企业共同进行工业化研究。这种合金是在铝中添加少量的镍、稀土元素(钇、镧等)在熔融的合金中用急冷法形成非晶态合金。其性能比晶态铝合金优越, Northeastern University, Institute of Metal Materials by Professor Benben successfully developed high-performance aluminum-based amorphous alloy. The results were presented at the International Conference on Cutting Edge Materials held in Tokyo from May 31 to June 3 and carried out industrial studies jointly with Yoshida Industries and other companies. This alloy is to add a small amount of nickel in the aluminum, rare earth elements (yttrium, lanthanum, etc.) in the molten alloy by rapid cooling method to form an amorphous alloy. Its superior performance than crystalline aluminum,