A matrix-completion model hybridized with the Bromley equation predicts activity coefficients and osmotic coefficients for 9,296 aqueous electrolytes at 298 K, including unmeasured ones.
Thermodynamically consistent machine learning model for excess Gibbs energy , volume =
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Predicting Activities in Aqueous Electrolyte Solutions with Hybrid Machine Learning
A matrix-completion model hybridized with the Bromley equation predicts activity coefficients and osmotic coefficients for 9,296 aqueous electrolytes at 298 K, including unmeasured ones.