Increasing reactivity of plasmonic hot holes by a trapping strategy
Abstract
Plasmonic photocatalysis has emerged as a promising solution for global energy crisis and environment pollution by facilitating wide ranging chemical transformations using photons in a broad region of solar spectrum. Despite numerous successful examples on improvement of electron-driven photochemistry, effective utilization of plasmonic hot holes is a long-standing challenge due to their ultrafast relaxation and short lifetime. Herein, we report...
Paper Details
Title
Increasing reactivity of plasmonic hot holes by a trapping strategy
Published Date
Apr 1, 2022
Volume
303
Pages
120901 - 120901
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