fig6

Reaction-anchored generative informatics for million-scale CO<sub>2</sub> catalyst screening via multi-adsorbate constraints

Figure 6. Interpretable rule extraction and DFT benchmarking of candidate environments. (A) Comparison of pass rates between all structures and top-rule regions identified by SGD for binary and ternary candidates; (B and C) Descriptor-space maps showing enriched regions associated with positive-candidate formation in binary and ternary systems. The color represents pass rate, and the highlighted boundaries indicate the selected top-rule regions; (D) Parity plot comparing UMA-predicted and DFT-calculated *OCH2CH3 adsorption energies for representative candidate structures. The shaded region indicates ±0.10 eV; (E) Representative DFT-optimized adsorption structures for *OCH2CH3. DFT: Density functional theory; SGD: subgroup discovery; UMA: universal models for atom; MAE: mean absolute error; R2: coefficient of determination.

Journal of Materials Informatics
ISSN 2770-372X (Online)
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