In article number 2001385, Lianzhou Wang and co‐workers develop a planar BiVO₄ photoanode with in‐situ‐formed oxygen vacancies in the whole film for efficient photoelectrochemical water splitting. They reveal that, under AM 1.5 G illumination, oxygen vacancies increase the majority charge carrier density and photovoltage, leading to an excellent applied bias photon‐to‐current efficiency of 2.76%.

中文翻译：

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水分解：在平面BiVO4光阳极中实现几乎完全电荷分离的氧空位的原位形成（Adv。Mater。26/2020）

Wang Lianzhou Wang及其同事在第2001385号文章中开发了一种在整个薄膜中具有原位形成的氧空位的平面BiVO ₄光电阳极，以实现有效的光电化学水分解。他们发现，在AM 1.5 G光照下，氧空位会增加大多数电荷载流子密度和光电压，从而导致出色的施加偏置光子-电流效率为2.76％。