a direct correlation between viscosity and liquid structure in cu-sn alloys
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ID: 178046
2017
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Abstract
The viscosity and liquid structure of Cu100-xSnx (x=10, 20, 30, 40, at.%) melts were investigated. Temperature dependence of viscosity η and correlation length D all shows an exponential decay function (Arrhenius-type equation), which is similar to our former studied Cu-Ag alloys. The correlation between viscosity and liquid structure had been studied. A simple relation between viscosity and correlation length D was found. The ratio of D and η shows a linear relationship with temperature, which is different from our former studied results in Cu-Ag alloys. Among the four Cu-Sn alloys, Cu80Sn20 and Cu70Sn30 alloys have higher activation energy for viscous flow (Ea,V), activation energy for structural evolution (Ea,D), and the slope (γ) of the linear relationship of D/η with temperature due to the Cu3Sn clusters formation.
| Reference Key |
zhao2017advancesa
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|---|---|
| Authors | ;Yan Zhao;Xiaoxia Hou |
| Journal | majallah-i ̒ulum-i bāghbānī |
| Year | 2017 |
| DOI |
10.1155/2017/7536853
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| URL | |
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