A zirconium-based metal-organic polyhedron is decorated by Pt nanoparticles with different spatial locations for visible-light-driven H₂ production, which makes photocatalytic efficiencies improved on different levels. This work delves into the affinity of electron-transfer path with photocatalytic reactivity and further broadens horizons for porous materials in photocatalysis.

中文翻译：

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促进可见光驱动的氢气产生，该锆基金属由具有不同空间位置的铂纳米粒子修饰的多面体

锆基金属有机多面体由具有不同空间位置的Pt纳米粒子装饰，以产生可见光驱动的H ₂，这使光催化效率在不同的水平上得到了提高。这项工作探讨了电子传输路径与光催化反应性的亲和力，并进一步拓宽了光催化中多孔材料的视野。