Engineered Interface Coverage and Precise Cocatalyst Placement in MOF-Derived Heterojunction Photocatalysts for Selective Methane Oxidation

Key Points

• Enhanced methane oxidation is achieved through engineered interfaces in photocatalysts, leading to more efficient reactions.
• The precise placement of cocatalysts within heterojunctions increases the overall photocatalytic activity by optimizing interaction.
• Rational fabrication methods are employed to create tunable interfaces, enhancing the performance of the photocatalyst materials.
• The integration of these advanced parameters highlights ongoing challenges in designing effective photocatalysts for practical applications.

Abstract