金属所在铁电极化助力Z-机制人工光合系统可见光解水制氢研究中获进展
Chinese Academy of Science,
通过模拟自然光合作用，构建Z-机制人工光合系统，有望突破高效可见光解水的挑战，是实现太阳能驱动光解水制氢颇具潜力的途径（图1A）。然而，传统Z-机制系统中的光生电子与空穴在光催化材料表面分布无序，同时氧化还原电对在材料表面的吸附呈无序状态，导致氧化还原电对在…
Ferroelectric polarization enabled spatially selective adsorption of redox mediators to promote Z-scheme photocatalytic overall water splitting
Overview of attention for article published in Joule, August 2022
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