Search Results - "Ba, Jinxiao"

Evolutionary mechanism of Ni-ZIF/CdS calcination for efficient photocatalytic hydrogen evolution by Ba, Jinxiao, Cheng, Hui, Li, Zhenhan, Yu, Xianghai, Song, Aiying, Xu, Chengqun, Fan, Donghua, Jin, Shengye

“…[Display omitted] •Ni/Ni3S2/CdS composite system is developed for high-efficiency photocatalytic hydrogen evolution.•The H2 evolution rate of Ni/Ni3S2/CdS is…”
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Increased 1T-MoS2 in MoS2 @CoS2/G composite for high-efficiency hydrogen evolution reaction by Cao, Kuo, Sun, Shiwei, Song, Aiying, Ba, Jinxiao, Lin, Haowen, Yu, Xianghai, Xu, Chengqun, Jin, Bingjun, Huang, Jan, Fan, Donghua

“…Metallic 1 T-MoS2 exhibits higher conductivity and electrocatalytic activity for hydrogen evolution reaction (HER) than semiconductor 2 H-MoS2. However,…”
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Effective incorporation of Ni dopant into CdS derived from hybrid ZIF for enhanced photocatalytic hydrogen evolution by Ba, Jinxiao, Cai, Wei, Chen, Yifan, Lin, Li, Huang, Yule, Yu, Xianghai, Wang, Yihua, Xu, Chengqun, Fan, Donghua, Yin, Lisong

“…In this work, pure and homogeneous Ni incorporated CdS photocatalyst was prepared by vulcanization of ZIF material synthesized from Cd/Ni salt by solvothermal…”
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Constructing V2O5/CdS/CuS multi-level heterojunction for efficient photocatalytic hydrogen evolution by Fan, Hailu, Sun, Shiwei, Ba, Jinxiao, Cheng, Hui, Xu, Chengqun, Wang, Yihua, Li, Jingcong, Fang, Haorui, Li, Mingjing, Fan, Donghua

“…Multi-level heterojunction can effectively promote charge separation and transfer to improve photocatalytic hydrogen evolution activity. Based on the…”
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Modulating MoS2 nanostructure by vanadium incorporation for high-efficiency hydrogen evolution reaction by Fan, Hailu, Cao, Kuo, Ba, Jinxiao, Cheng, Hui, Yu, Xianghai, Song, Aiying, Xu, Chengqun, Wang, Yihua, Fan, Donghua

“…•1. V-doped MoS2 and 20%V-MoS2/Graphene was synthesized by a simple facile hydrothermal approach.•2. The introduction of appropriate amount of vanadium and…”
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Ultrafast Charge Separation in Ternary V2O5/CdS/CoS2 Z‑Scheme Heterojunction Enables Efficient Visible-Light-Driven Hydrogen Generation by Sun, Shiwei, Cheng, Hui, Cao, Kuo, Song, Aiying, Xu, Chengqun, Ba, Jinxiao, Lin, Haowen, Qiu, Weicheng, Li, Zhenhan, Fan, Donghua, Huang, Jan, Jin, Shengye

“…Z-scheme heterojunction has been considered as one of the most promising light harvesting and charge separation materials for photocatalytic water splitting…”
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Ultrafast Charge Separation in Ternary V 2 O 5 /CdS/CoS 2 Z-Scheme Heterojunction Enables Efficient Visible-Light-Driven Hydrogen Generation by Sun, Shiwei, Cheng, Hui, Cao, Kuo, Song, Aiying, Xu, Chengqun, Ba, Jinxiao, Lin, Haowen, Qiu, Weicheng, Li, Zhenhan, Fan, Donghua, Huang, Jan, Jin, Shengye

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