Selective catalytic reduction (SCR), selective catalytic oxidation of NH
3
(NH
3
-SCO), and NO oxidation are core technologies for controlling NOx emissions from both stationary and mobile sources. However, the development of relevant catalysts has long relied on empirical rules and repeated trial-and-error, whil...
Chao-Shu Duan, Zheng-Yuan An, Ruo-Chen Tang et al.· NANO· 0 citations
High-speed steels (HSS) occupy an important position in industrial cutting and roll applications due to their excellent hardness, red hardness, and comprehensive mechanical properties. Their service behavior is essentially determined by the type, morphology, distribution, and intrinsic properties of the strengthening p...
Zhengyuan An, Ruochen Tang, Zi-Long Zhao et al.· NANO· 0 citations
A hybrid physics-informed machine learning (Hybrid PIML) framework for accelerated hardness prediction, integrating classical solid solution strengthening theory with a residual learning artificial neural network (ANN), which establishes a precise, physically consistent pathway for inverse material design under data-co...
Ao-Yuan Gao, Yi-Xiang Yan, Qiu-Ling Tao et al.· Journal of Materials Informa...· 0 citations
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