| 1. | Correlations of aqueous solubility of amino acids by a modified regular solution model
应用改进的正规溶液模型关联氨基酸在水中的溶解度 |
| 2. | So the fitting effect of mivm is better than that of the regular solution model in binary solid alloys
分子相互作用体积模型在二元固态合金中的活度拟合效果优于正规溶液模型。 |
| 3. | As to the weak deviation systems , they are fitted well with wilson equation and regular solution model
对于弱偏差体系，两者的拟合效果都较好。相对来说， wilson方程要优于正规溶液模型。 |
| 4. | Relatively , wilson equation fits better than regular solution model , but the symmetrical systems are fitted better with regular solution model
对于其中的对称体系，则正规溶液模型的拟合效果更佳。 |
| 5. | But it is not for the regular solution model , because the influence of temperature has been taken into account when the parameters are calculated
正规溶液模型在计算二元系参数时已经考虑了温度的影响，则未发现此类现象。 |
| 6. | In this thesis , the thermodynamic properties of 24 binary al - based liquid alloys are then fitted with wilson equation and the regular solution model
随后利用wilson方程和正规溶液模型对24个二元铝基液态合金体系的热力学性质进行了拟合。 |
| 7. | The molecular interaction volume model ( mivm ) and the regular solution model have been applied to fit the activities of components in 37 binary solid alloys
摘要应用分子相互作用体积模型和正规溶液模型对37个二元固态合金体系的组元活度进行了拟合。 |
| 8. | The results also show that wilson equation and regular solution model are not suitable for the systems that had immiscible gaps in the liquid phases
对于存在液-液分层现象的体系， wilson方程和正规溶液模型的拟合效果都较差，都不适合于这类体系的热力学性质计算。 |
| 9. | The results show that wilson equation and the regular solution model are suitable for the strong positive deviation systems , but not for the strong negative and coexisted deviation ones
结果表明： wilson方程和正规溶液模型对强正偏差体系比较适合，不适用于强负偏差体系和混合偏差体系。 |
| 10. | The comparison of application of wilson equation and regular solution model in the al - based liquid alloys shows that the suitability of regular solution model is restricted because it is only fit for the systems in which the components has the approximate size and structure
Wilson方程和正规溶液模型在二元及多元铝基液态合金体系中的比较研究表明：正规溶液模型因为原则上只适用于组元的分子大小和结构相近的体系，其适用范围受到了限制。 |
