衍射
材料科学
理想(伦理)
同步加速器
无定形固体
非晶态金属
原子半径
对分布函数
X射线晶体学
二进制数
金属
结晶学
原子物理学
光学
化学
物理
冶金
量子力学
算术
认识论
哲学
数学
作者
Konstantinos Georgarakis,A.R. Yavari,D. V. Louzguine,Jerzy Antonowicz,Mihai Stoica,Y. Li,M. Satta,A. LeMoulec,G. Vaughan,Akira Inoue
摘要
The atomic structure of Zr–Cu binary amorphous alloys was studied using real space pair distribution functions derived from x-ray diffraction. The structure can be modeled by an ideal solution approximation because of relatively weak Cu–Zr atomic interactions. Addition of Al to Zr–Cu metallic glasses modifies the atomic structure in the short and medium range order because of the strongly attractive interaction between Al and Zr atoms. These interactions generate strong deviations from the ideal solution behavior.
科研通智能强力驱动
Strongly Powered by AbleSci AI