1) Gibbs minimization free energy
Gibbs最小自由能
2) minimization of Gibbs free energy
Gibbs自由能最小
1.
Based on minimization of Gibbs free energy,Genetic Algorithm(GA)is proposed in this paper for computing simultaneous chemical and phase equilibrium in volatile weak electrolyte solution.
基于Gibbs自由能最小化原理,提出用遗传算法计算易挥发弱电解质体系化学及相平衡问题。
2.
As to the calculation of phase equilibrium for inorganic salts-azeotropic organics/water system,based on the minimization of Gibbs free energy,a method is proposed using Genetic Algorithm(GA).
针对无机盐-恒沸有机水溶液体系相平衡问题,提出用Gibbs自由能最小法计算。
3) Gibbs free energy minimization
Gibbs自由能最小化
1.
The simulated results of gasifier by the way of Gibbs free energy minimization were used as training samples of BP neural networks,and the trained BP neural network model could accurately predict these simulated(data.
以Gibbs自由能最小化方法建立粉煤气化炉数学模型的模拟结果作为BP神经网络训练数据,训练后的BP神经网络模型对模拟数据的预测准确度较好。
4) Gibbs free energy
Gibbs自由能
1.
CALPHAD is the method for calculation of the phase equilibria based on the experimental data,thermodynamic models and the minimisation of Gibbs free energy.
相图计算主要是依据实验数据,建立热力学模型,根据Gibbs自由能最小原理计算相平衡。
2.
The Gibbs free energy change of nucleation from liquid Al_2O_3 and transition from γ-Al_2O_3 to α-Al_2O_3 are calculated during deposition of corundum.
针对陶瓷膜层在形成过程中的两次相变,分析计算Al2O3液相中的形核过程以及γ-Al2O3向α-Al2O3转变过程Gibbs自由能的变化,分析相变驱动力与温度及过冷度的关系。
5) minimum free energy
最小自由能
1.
The minimum free energy of each window was calculated using computer programs: RNA structure version 3.
用RNAstructure软件分别计算每个片段核酸二级结构的最小自由能。
2.
Its basic dynamic programming algorithm needs O(n4) time to calculate the minimum free energy for RNA secondary structure, where n is the length of RNA sequence.
基于最小自由能模型的方法是计算生物学中RNA二级结构预测的主要方法,而计算最小自由能的动态规划算法需要O(n4)的时间,其中n是RNA序列的长度。
3.
Considering that the stacking of adjacent base pairs is a common feature of RNA secondary structure,here we present a method for predicting pseudoknots based on covariance with stacking and minimum free energy.
文中提出一种基于堆积协变信息与最小自由能的RNA伪结预测方法。
6) free energy minimization
自由能最小
1.
Analysis on carbon dioxide reforming of methane with free energy minimization approach;
基于Gibbs自由能最小原理分析CO_2重整CH_4
补充资料：能不
1.犹言而不。 2.岂能不。谓不能不。
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