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Ni~1−~ ~x~ Co ~x~ Se~2~C/ZnIn~2~S~4~ Hybrid Nanocages with Strong 2D/2D Hetero‐Interface Interaction Enable Efficient H~2~‐Releasing Photocatalysis by Yuguang Chao; Peng Zhou; Jianping Lai; Weiyu Zhang; Huawei Yang; Shiyu Lu; Hui Chen; Kun Yin; Menggang Li; Lu Tao; Changshuai Shang; Meiping Tong; Shaojun Guo is a Engineering article available to read on EtoBox.

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## Abstract Designing a semiconductor‐based heterostructure photocatalyst for achieving the efficient separation of photogenerated electron‐hole pairs is highly important for enhancing H~2~ releasing photocatalysis. Here, a new class of Ni~1−~~x~Co~x~Se~2~–C/ZnIn~2~S~4~ hierarchical nanocages with abundant and compact ZnIn~2~S~4~ nanosheets/Ni~1−~~x~Co~x~Se~2~^^C nanosheets 2D/2D hetero–interfaces, is designed and synthesized. The constructed heterostructure photocatalyst exposes rich hetero‐junctions, supplying the broad and short transfer paths for charge carriers. The close contacts of these two kinds of nanosheets induce a strong interaction between ZnIn~2~S~4~ and Ni~1−~~x~Co~x~Se~2~C, improving the separation and transfer of photo‐generated electron‐hole pairs. As a consequence, the distinctive Ni~1−~~x~Co~x~Se~2~C/ZnIn~2~S~4~ hierarchical nanocages without using additional noble‐metal cocatalysts, display remarkable H~2~‐relaesing photocatalytic activity with a rate of 5.10 mmol g^−1^ h^−1^ under visible light irradiation, which is 6.2 and 30 times higher than those of fresh ZnIn~2~S~4~ nanosheets and bare Ni~1−~~x~Co~x~Se~2~C nanocages, respectively. Spectroscopic chara

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Author
Yuguang Chao; Peng Zhou; Jianping Lai; Weiyu Zhang; Huawei Yang; Shiyu Lu; Hui Chen; Kun Yin; Menggang Li; Lu Tao; Changshuai Shang; Meiping Tong; Shaojun Guo
Publisher
Wiley
Published
2021
Language
EN
Field
Engineering (Physical Sciences)

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