Advances in Investigation of Fe-based Glass-forming Alloy Melts  

作　　者：Hui GAO Bang-shao DONG Shao-xiong ZHOU 

机构地区：[1]Advanced Technology & Materials Co.,Ltd.,Beijing Key Laboratory of Energy Nanomaterials,Central Iron & Steel Research Institute

出　　处：《Journal of Iron and Steel Research International》2016年第6期509-515,共7页

基　　金：Item Sponsored by National Natural Science Foundation of China(51501043);National Scientific and Technological Support Projects of China(2013BAE08B01);Science and Technology Program of Beijing of China(Z141100003814007)

摘　　要：Continuous precision casting is an important trend in modern industrialization.Clustering effects in glassforming metallic liquids tremendously influence the properties of rapidly quenched ribbons;therefore,much attention has been paid to the study of Fe-based glass-forming melts at high temperatures.Recent investigations of these melts are categorized and reviewed.It is concluded that more efforts are still required to reveal the discipline of amorphization brought about by rapid quenching of Fe-based glass-forming melts.Continuous precision casting is an important trend in modern industrialization.Clustering effects in glassforming metallic liquids tremendously influence the properties of rapidly quenched ribbons;therefore,much attention has been paid to the study of Fe-based glass-forming melts at high temperatures.Recent investigations of these melts are categorized and reviewed.It is concluded that more efforts are still required to reveal the discipline of amorphization brought about by rapid quenching of Fe-based glass-forming melts.

关 键 词：metallic amorphous heating subsequent quenching viscosity discipline melting glasses crystalline 

分 类 号：TG249.7[金属学及工艺—铸造]