Journal:Journal of Molecular Liquids
Key Words:Sn–Bi alloys；Liquid structure；X-ray diffraction；Hall effect；Resisy；Viscosity
Abstract:This paper studied the liquid–liquid structure transition (L-LST) of Sn75Bi25 alloy with atom percentage via two direct methods such as a high temperature X-ray diffractometer and a modifified high temperature Hall effect in strument as well as several indirect methods including resistivity, density, viscosity and thermal analysis methods. The results indicated that the reversible fifirst-order liquid–liquid structure transition did occur in the range from 990 to 1068 K during heating and occur in the range from 865 to 945 K during cooling. From the atomic and molecular scale, the......
Co-author:Peng Jia; Xueli Li; Jinyang Zhang; Kai Zhang; Xinying Teng; Xun Hu; Cheng Yang; Degang Zhao
Correspondence Author:Cheng Yang
Document Type:J
Volume:263
Page Number:218-227
ISSN No.:0167-7322
Translation or Not:no
Included Journals:SCI
Links to published journals:https://doi.org/10.1016/j.molliq.2018.04.122