1) activity coefficient at infinite dilution
无限稀释活度因子
2) infinite dilution activity coefficient
无限稀释活度系数
1.
In the meantime,the infinite dilution activity coefficient of benzyl alcohol and methanol or ethanol and the parameters of activity coefficient of Wilson model were determined with the experimental data.
同时依据测定的汽液平衡数据计算出苯甲醇及甲醇、乙醇的无限稀释活度系数,求出W ilson活度系数模型参数,并计算了苯甲醇-甲醇、苯甲醇-乙醇体系于303。
2.
The experimental data were used to calculate the infinite dilution activity coefficient.
由实验数据推算出两端的无限稀释活度系数,回归得到Wilson方程配偶参数,并推算出了该体系的等温汽液平衡数据。
3.
The infinite dilution activity coefficient γ ∞ was measured by specific retention volume method through gas chromatography, and the theoretical yield was calculated by using the least square regression method.
通过气相色谱比保留体积法测定了顺丁烯二酸酐在有机溶剂中的无限稀释活度系数γ∞,采用最小二乘法回归得顺丁烯二酸酐的理论收率。
3) infinite dilution activity coefficients
无限稀释活度系数
1.
The relationships between structure and infinite dilution activity coefficients of organic molecules were studied in four different temperatures, quantum chemical parameters were used to describe the organic molecular structure, correlation equations were established and compared by using genetic programming (GP) and theoretical linear solvation energy relationships (TLSER) respectively.
探讨了4个不同温度下有机物的结构与无限稀释活度系数(γ~∞)之间的定量关系。
2.
Based on the mixing rule combined with excess Gibbs free energy gE, a model of infinite dilution activity coefficients MOSCED is used to predict the interaction parameters of the activity coefficients equation which calculates the gE.
发展了一种从纯物质的性质参数预测混合物汽液平衡的方法,它是以立方状态方程的过量吉布斯自由能 g~E结合型混合规则和无限稀释活度系数 MOSCED模型为基础,由MOSCED模型预测得到活度系数方程的相互作用参数,从而得到混合规则中的g~E,使得状态方程能在较大温度和压力范围内预测汽液平衡。
4) Limiting ternary activity coefficients
三元无限稀释活度系数
5) Large value activity coefficients at infinite dilution
大值无限稀释活度系数
6) infinite sea concentration
无限稀释浓度
补充资料：无限稀释共振中子积分
分子式：
CAS号：
性质：系指堆中子中能量在镉截止能ECd(据欧美核数据委员会，定为0.55eV)以上直至无穷大的中子的反应概率，符号为I。它由共振反应概率及服从1/V分布的中子反应概率这两部分组成。
CAS号：
性质：系指堆中子中能量在镉截止能ECd(据欧美核数据委员会，定为0.55eV)以上直至无穷大的中子的反应概率，符号为I。它由共振反应概率及服从1/V分布的中子反应概率这两部分组成。
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