Evaluates enhanced catalytic stability in bimetallic catalysts, suggesting improved efficiency.
conversions and syngas yields. Light irradiation suppresses the reverse water-gas shift reaction and mitigates graphitic carbon deposition, markedly enhancing catalytic stability. This work establishes Zn-mediated defect engineering as an effective strategy for designing high-performance Ni-based photothermal DRM catalysts.
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Wang et al. (2026) studied this question.
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