Surface free energy of copper-zinc alloy for energy-saving of boiler
- 期刊名字:稀有金屬(英文版)
- 文件大?。?/li>
- 論文作者:WANG Man,LIANG Jinsheng,TANG Q
- 作者單位:Institute of Power Source & Ecomaterials Science
- 更新時間:2022-11-28
- 下載次數(shù):次
Cu-Zn, Cu-Zn-Sn, Cu-Zn-Ni alloys were melted by vacuum smelter. The effect factors to the surface free energy of the alloys such as chemical composition, crystal structure and surface crystal lattice distortion etc. were investigated by OCA30 automatic contact angle test instrument, metallography microscope and XRD instrument etc. Results suggests: adding alloy element to Cu may increase its surface free energy, and the more kinds of alloy elements are added, the more surface free energy increases; the alloy element Sn an increase the surface free energy of Cu-Zn alloy; Cu-Zn alloy with fir-tree crystal structure, great phase discrepancy and obvious composition aliquation has greater surface free energy; Cu-Zn alloy with compounds and serious surface crystal lattice distortion has greater surface free energy.
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