1) Cu-Pb Hypermonotectic Alloy
过偏晶Cu-Pb合金
2) overderation
过偏
3) hypermonotectic
过偏晶
4) overscanning
过偏转
5) Cu-Pb hypermonotectic alloy
Cu-Pb过偏晶合金
1.
Cahn-Hilliard equation coupling with thermodynamic data was solved by Fourier transformation spectrum method with high efficiency and accuracy,and the particle growth and Ost- wald ripening for Cu-Pb hypermonotectic alloy at the isothermal condition were simulated.
采用计算效率和计算精度较高的Fourier变换谱分析方法求解Cahn-Hilliard相场方程,并耦合热力学数据,对Cu-Pb过偏晶合金在等温情况下液相分离过程中的颗粒生长和Ostwald熟化进行了模拟研究。
2.
Cahn-Hilliard equation coupling with Navier-Stokes equation is solved by Fourier transformation spectrum method due to the high efficiency and accuracy to simulate the microstructure evolution of Cu-Pb hypermonotectic alloy during the liquid separation.
采用计算效率和计算精度较高的Fourier变换谱分析方法求解Cahn-Hilliard相场方程,同时耦合Navier-Stokes方程计算了流动对Cu-Pb过偏晶合金的液相分离过程中液滴生长的影响。
6) Cu-4Owt% Pb hypermonotectic alloy
过偏晶Cu-40wt% Pb 合金
参考词条
补充资料：A1-Cu-Co合金中十次对称准晶单晶体及其衍射图
A1-Cu-Co合金中十次对称准晶单晶体及其衍射图
‘ Al Cu—Co合金中十次对称准晶堕晶体e1)及其衍射圈(z) 中国科学盹垒禹研览听供稿
说明：补充资料仅用于学习参考，请勿用于其它任何用途。