Then the equation of state for binary system is developed.
由配分函数求出二元系统的物态方程。
Based on the particles aggregation coefficient calculated by the binary collision-aggregation model, the total particle removal rate was simulated by solving the particle General Dynamic Equation.
采用二元碰撞聚并模型计算了粒子在均匀磁场中的聚并系数，在此基础上求解了粒子聚并动力学方程，预测了粒子的聚并脱除效率。
The calculated values for saturated vapor pressure and binary VLE by using this new equation of state are in good agreement with experimental values.
用此状态方程计算纯物质饱和蒸汽压和二元汽液平衡，计算值和实验值符合很好。
According to a quasi-lattice model, a simple equation for predicting the interfacial tensions of binary systems from UNIQUAC parameters and mutual solubility data has been obtained.
基于准晶榴界面模型，提出用互溶度数据和UNIQUAC参数计算二元体系液液界面张力的简单方程。
The perturbed hard-sphere three-parameter equation of state is applied to binary high pressure liquid-liquid equilibria.
将摄动硬球三参数状态方程应用于二元高压液液相平衡计算。
It is an improved BUU equation including the correctional binary collisions with manybody effects.
这方程包括改进了的平均场作用，井在二体碰撞中考虑了多粒子的关联效应。
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。
Presented is a revised equation on calculating the refractive index of Lorentz-Lorenz equation for binary liquidmixtures system.
本文提出了一个计算二组分液体混合物折射率L—L公式的修正公式。
Based on the regression analysis, binary linear regression equation related to fire and weather factors has been established.
应用回归分析，建立了火灾与气象因素的二元线性回归方程，给出了方程的剩余标准差，对方程的精度进行了检验。
Then the equation of state and partial excess chemical potential for binary system is developed.
由配分函数求出二元系统的物态方程和偏超额化学势。
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。
Then by using the qualitative analysis theory of nonlinear equation, a nonlinear dynamical mechanism of formation of binary stars is obtained.
应用非线性方程的定性分析理论，获得双星演化的非线性动力学机制。
In the practical work we have to obtain the solution of the binary third-degree equation again and again for many times.
在实际工作中为此要多次反复求解二元三次方程组。
This paper discusses the methods for solving MESH equation groups for a distillation tower. A phase equilibrium coefficient simplified model and a binary iteration algorithm are proposed.
讨论了精馏塔mesh方程组的求解方法，介绍了相平衡系数简化模型及构造的双重迭代算法。
Based on the constructive theory of orthogonal binary wavelet transform, a parameter expression equation of binary wavelet and adaptive goal function put forward.
基于二进正交小波构造原理，构造了正交小波基参数表达方程及降噪效果的自适应目标函数，应用遗传优化方法求出最佳小波基。
Based on the constructive theory of orthogonal binary wavelet transform, a parameter expression equation of binary wavelet and adaptive goal function put forward.
基于二进正交小波构造原理，构造了正交小波基参数表达方程及降噪效果的自适应目标函数，应用遗传优化方法求出最佳小波基。
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