Machine learning analysis reveals crystallization relationships in SDA-free aluminosilicate zeolites, suggesting frameworks preferentially assemble via specific composite building units.
The relationships between synthesis conditions and obtained structures of SDA-free aluminosilicate zeolites were analyzed using machine learning.Topology prediction indicated that misclassified topologies often shared a common composite building unit (CBU) with the actual topology.Binary classification characterized whether a specific CBU was observed in the products and visualized the distribution trends using t-SNE.The analysis results imply that zeolites containing mor or sod as CBUs in the framework are more likely to crystallize through these CBUs than zeolites containing can or d6r.
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ISHIDA et al. (2026) studied this question.
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