2) excess molar volume
超额体积
1.
From the densities, excess molar volumes V~E were calculated.
15K时的密度和粘度数据,由密度数据计算出超额体积VE的值,并用Redlich Kister方程进行了回归;同时对粘度的数据也按超额性质的方法进行了处理,求出了不同温度不同组成下的ηE值。
3) excess volume
超额体积
1.
Density and viscosity data were used in determination of excess volume and excess viscosity.
并由密度和粘度数据计算该物系的超额体积和超额粘度,同时对不同温度下的超额体积与组成的关系进行了多元回归,对超额粘度与组成的关系按Red lich-K ister方程进行了关联,计算值与实验值的最大标准偏差小于3%。
2.
Based on the thermodynamic model of the formation of solutions containing alcohols proposed by our previous work, an equation of excess volume is established by the approach to charging and releasing attractive potential energy between two components.
根据先前提出的含醇溶液形成的热力学模型 ,利用充上和释放两个组分间引力势能的方法 ,建立了一个含醇溶液超额体积方程 。
4) excess volumes
超额体积
1.
The F function modified cubic equation of state-FRKS and the improved binary interaction function by introducing the pressure factor,were used to correlate excess volumes of binary mixtures at high pressure.
利用F函数改进的立方状态方程—FRKS方程,并在二元互作用函数中引入压力项因子,对高压下二元系的超额体积进行拟合。
2.
The FRKS equation of state and the improved LL mixing rule were used to correlate excess volumes of binary mixture to gain binary parameters.
利用ＦＲＫＳ立方状态方程和改进的ＬＬ混合规则，拟合二元系超额体积的实验数据，得到二元参数。
5) super integration
超积体
6) fuzzy hypervolume
模糊超体积
1.
Based on the theory of fuzzy hypervolume niche,8 species niches of Chimonanthus praecox community in northwestern Hunan province are studied according to the basic data of the samplings.
在模糊超体积生态位理论的基础上,根据样地调查所获得的基本数据,研究了湘西北蜡梅群落中8个物种的生态位。
2.
Based on the theory of fuzzy hypervolume niche,the niches of 4 tree species in south subtropical zone are studied in order to find the rule of forest succession.
在模糊超体积生态位理论的基础上,研究了南亚热带4个不同演替阶段树种苗木的生态位,探索森林群落演替的规律。
3.
Based on fuzzy hypervolume niche,the relations of measurement between multi-and one-(dimensional) niche are studied and the formulas for making comparison with some other metric formulas are simplified.
基于模糊超体积生态位,探索了多维生态位度量与一维生态位度量的联系,简化了模糊超体积生态位的度量公式,并与常用的生态位度量公式作了比较。
补充资料：超超
1.谓超然出尘。 2.高高在上貌。 3.犹绰绰。 4.见"超超玄箸"。
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