影响因子：

13.1

DOI码：

10.1021/acscatal.5c08919

所属单位：

美国化学会

发表刊物：

ACS Catalysis

刊物所在地：

美国华盛顿特区

关键字：

Aluminum-based Photocatalysts; Nano Structures; Synthetic Methods; Catalytic Mechanisms; Energy and Environmental Applications

摘要：

Aluminum-based photocatalysts offer a platform for clean energy conversion and environmental remediation due to their tunable surface chemistry, high surface area, and earth abundance. Their localized surface plasmon resonance effect extends light absorption across the UV-IR region, promoting charge separation and improving photocatalytic performance. The structural diversity of aluminum-based materials, including layered hydroxides, mesoporous and hierarchical architectures, and composite oxides, enables versatile performance optimization. This review highlights recent progress in synthesis, structural modulation, and applications in hydrogen evolution, CO2 reduction, nitrogen fixation, and pollutant degradation. Key strategies such as morphology control, defect and dopant engineering, heterojunction construction, and plasmonic enhancement are summarized to address issues of surface oxidation and the size-dependent spectral response. Finally, perspectives on future challenges and opportunities are discussed toward developing aluminum-based photocatalytic systems with improved efficiency and multifunctionality.

第一作者：

张祎

合写作者：

董帆,段有雨

论文类型：

SCI

通讯作者：

李宇涵

文献类型：

Journal Article

卷号：

16

期号：

5

页面范围：

4193-4231

ISSN号：

2155-5435

是否译文：

否

发表时间：

2026-02-04

收录刊物：

SCI