首页> 外文期刊>Chemicke Zvesti >Prediction of Equilibrium Constants in Aqueous Solution I. The Extrapolation of Equilibrium Constants to Zero Ionic Strength Using PLS, Artificial Neural Networks, and Genetic 'Soft' Modelling
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Prediction of Equilibrium Constants in Aqueous Solution I. The Extrapolation of Equilibrium Constants to Zero Ionic Strength Using PLS, Artificial Neural Networks, and Genetic 'Soft' Modelling

机译:水溶液中平衡常数的预测I.使用PLS,人工神经网络和遗传“软”模型将平衡常数外推至零离子强度

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摘要

Extrapolation of formation constants to zero ionic strength using "soft" modelling with partial least-squares, genetic algorithm, and artificial neural networks (ANN) methods was examined and results of individual approaches were compared. The methods allow a rapid and sufficiently accurate prediction of thermodynamic formation constants, ion-size parameters, and salting-out coefficients from experimental equilibrium data, among them the ANN method was found most reliable.
机译:使用具有部分最小二乘法的“软”建模,遗传算法和人工神经网络(ANN)方法,对形成常数外推至零离子强度进行了检查,并比较了各种方法的结果。这些方法可以从实验平衡数据中快速,足够准确地预测热力学形成常数,离子尺寸参数和盐析系数,其中ANN方法最可靠。

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