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Danqing Liu, Chongshen Guo, Bin Yang, and co‐workers report the plasmonic enhanced ROS activation on low‐work‐function tungsten nitride for near infrared (NIR)‐driven photocatalysis (article number 2004557). In the cover image, the atomic structure is the most reactive facet of (110). The background is constructed with water bubbles, while red line is the incident NIR light and the golden balls are...
Realizing near‐infrared (NIR) driven photocatalytic reaction is one of the promising strategies to promote the solar energy utilization and photocatalytic efficiencies. However, effective reactive oxygen species (ROS) activation under NIR irradiation remains to be great challenge for nearly all previously reported photocatalysts. Herein, the cubic‐phase tungsten nitride (WN) with strong plasmonic...
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