摘要
Supported by the Key Project and the Fund for Creative Research Groups of the National Natural Science Foundation of China,Prof.WANG Weihua and his group from Institute of Physics,CAS,together with their cooperative partner Prof.LI Maozhi from Renmin University of China,adopted molecular dynamics simulations to carry out their research on structural and dynamical features for the glass forming ability (GFA) in a model CuxZr100-x metallic glass-forming systems.It is revealed that not only the(0,0, 12,0> icosahedral clusters but also some Zr-centered clusters such as <0,2,8,6>,<0,1,10,4> and <0,1,10, 5) play a key role in slowing down the dynamics in CuZr system.While Zr-centered clusters
Supported by the Key Project and the Fund for Creative Research Groups of the National Natural Sci- ence Foundation of China, Prof. WANG Weihua and his group from Institute of Physics, CAS, together with their cooperative partner Prof. I.I Maozhi from Renmin University of China,
