In article number 1906361, Chunhua Lu, Jiahui Kou, Yuanjin Zhao, and co‐workers introduce an infrared‐light‐activated pyroelectric field into photocatalysis, which functions as a carrier driver during the photocatalytic reaction, considerably promoting charge separation and prolonging the carrier lifetime. The photocatalytic hydrogen evolution efficiency is remarkably improved more than 5 times. The generation of pyroelectric field and its effect on charge transfer behavior are investigated.

中文翻译：

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光催化：构建红外光响应性光诱导载流子驱动器，以增强光催化氢的逸出（Adv。Mater。12/2020）

在编号1906361中，卢春华，寇家辉，赵元金及其同事将红外光激活的热电场引入光催化，该光电场在光催化反应过程中起载流子的作用，极大地促进了电荷分离并延长了载流子寿命。光催化制氢效率大大提高了5倍以上。研究了热释电的产生及其对电荷转移行为的影响。