Cross-category prediction of corrosion inhibitor performance based on molecular graph structures via a three-level message passing neural network model
Jiaxin Dai (University of Science and Technology Beijing)
Dongmei Fu (University of Science and Technology Beijing)
Guangxuan Song (University of Science and Technology Beijing)
Lingwei Ma (University of Science and Technology Beijing)
Xin Guo (University of Science and Technology Beijing)
Arjan Mol (TU Delft - Team Arjan Mol)
Ivan Cole (Royal Melbourne Institute of Technology University)
Dawei Zhang (University of Science and Technology Beijing)
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Abstract
Current experimental verification, computational modeling, and machine learning methods for predicting corrosion inhibition efficiency (IE) are limited to specific inhibitor categories with high cost and poor generalization. In this study, a cross-category corrosion inhibitor dataset is constructed and a three-level direct message passing neural network (3 L–DMPNN) model using molecular structure information that integrates atomic-level, chemical bond-level, and molecular-level features to predict the IEs of compounds in a specific environment is established. This work demonstrates that the 3 L–DMPNN model can predict IEs of cross-category corrosion inhibitors from other independent literature and experimental dataset effectively and quickly.