1) binary liquid alloys
二元液态合金
1.
On the basis of the Wilson equation,an extended Miedema model and the hard sphere theory of self diffusion,the prediction model of mutual diffusion coefficients for binary liquid alloys was established.
利用扩展的Miedema模型和Wilson方程,计算出二元液态合金的热力学因子,并结合硬球理论的自扩散系数方程提出了互扩散系数的计算方法。
2.
In this thesis,the thermodynamic properties of 105 binary liquid alloys have been predicted by the function ofαwhich is the transform of Gidds-Duhem equation.
本文根据文献报道的液态合金活度实验值,应用Gibbs-Duhem方程的α函数法对105组二元液态合金体系组元活度数据进行检验,得出了两组元的总平均相对误差分别为2。
2) binary aluminum-based liquid alloys
二元铝基液态合金
1.
The application of Wilson equation on the thermodynamic properties of components in binary aluminum-based liquid alloys was described.
描述了Wilson方程在二元铝基液态合金各组元热力学性质计算中的应用 ,介绍了Wilson方程在热力学计算中的优势。
3) liquid duality natrium kalium alloy
液态二元钠钾合金
4) Binary liquid metals
二元液态金属
5) ternary liquid alloys
三元液态合金
6) multicomponent liquid alloys
多元液态合金
1.
Based on the relationship between the Wilson parameters and temperature,the Wilson equation can be extended to estimating activities of components of binary and multicomponent liquid alloys at given temperatures only by using the activities of components of binary liquid alloys measured at some temperatures.
根据Wilson参数与温度的关系，可将Wilson方程扩展到只利用不同温度下测定的二元液态合金各组元的活度，估算出给定温度下二元和多元液态合金各组元的活度。
补充资料：二元合金
分子式：
分子量：
CAS号：
性质：见合金。
分子量：
CAS号：
性质：见合金。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条