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Innovative strategies in noble and earth abundant metal single-atom-based photocatalysts for hydrogen production
发布时间：2026-09-10
  • 发表刊物：
    Chinese Journal of Catalysis
  • 关键字：
    noble metals; earth abundant metals; single-atom-based photocatalysts; coordination environment; H2 production; mechanism
  • 摘要：
    This review presents a comprehensive overview of noble (Pt, Pd, Ag, Au, Ru, and Rh) and earth abundant metals (Co, Cu, Ni, Fe, and Mo) single-atom-based photocatalysts (SACs) for hydrogen (H2) production. We first highlight the fundamental of SACs followed by rational design strategies to achieve atomic-level distribution, and increase the density of active sites. Then, thoroughly summarize the enhanced H2 production activity of noble and earth abundant metal-based SACs. Moreover, insights into the charge transfer mechanisms, such as charge separation, transfer, and spatially defined electron delocalization to unravel the structure-activity relationship and coordination-dependent catalytic performance. Finally, we discuss recent challenges and prospects for designing highly effective SACs. Overall, this review provides a valuable guidance by highlighting fundamental principles of SACs, performance assessment, and mechanistic insights toward practical solar-to-H2 conversion.
  • 第一作者：
    Ikram Ullah
  • 通讯作者：
    An-Wu Xu,Pei Zhao,Ning Qin
  • 全部作者：
    Risheng Duan,Muhammad Amin,Waqar Ahmad Qureshi
  • 论文类型：
    期刊论文
  • 卷号：
    90
  • 页面范围：
    1-26
  • 影响因子：
    17.2
  • DOI码：
    10.1016/S1872-2067(26)65191-1
  • 是否译文：
    否
  • 发表时间：
    2026-09
  • 收录刊物：
    SCI
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