Matches in SemOpenAlex for { <https://semopenalex.org/work/W3210808708> ?p ?o ?g. }
- W3210808708 endingPage "151792" @default.
- W3210808708 startingPage "151792" @default.
- W3210808708 abstract "Fabricating the hierarchical heterostructure is efficient way for enhancing CO2 conversion of semiconductor photocatalysts. Herein, a simple strategy has been employed to prepare several 3D hierarchical CdS/Ni-MOF heterostructure photocatalysts, and the selective photoreduction of CO2 to CO under simulated sunlight in the gas–solid phase reactor. Among the prepared photocatalysts, 20%-CdS/Ni-MOF shows the best CO yield, which was 16 times and 7 times that of Ni-MOF and CdS, respectively. By controlling the morphology of the catalyst, we found that the significant improvement in photocatalytic activity can be ascribed to the synergistic effect of heterostructure in CdS/Ni-MOF and its unique hierarchical structure, which can improve the efficiency of charge transmission and provides abundant active sites, etc. Finally, the preliminary photocatalytic mechanism was discussed by in situ FTIR and liquid ultraviolet spectrophotometer." @default.
- W3210808708 created "2021-11-08" @default.
- W3210808708 creator A5000294498 @default.
- W3210808708 creator A5042797134 @default.
- W3210808708 creator A5043281019 @default.
- W3210808708 creator A5053563837 @default.
- W3210808708 creator A5084411819 @default.
- W3210808708 creator A5089054185 @default.
- W3210808708 date "2022-02-01" @default.
- W3210808708 modified "2023-10-16" @default.
- W3210808708 title "Fabricated hierarchical CdS/Ni-MOF heterostructure for promoting photocatalytic reduction of CO2" @default.
- W3210808708 cites W1968005961 @default.
- W3210808708 cites W1968055552 @default.
- W3210808708 cites W2078122806 @default.
- W3210808708 cites W2127100894 @default.
- W3210808708 cites W2293062392 @default.
- W3210808708 cites W2461342558 @default.
- W3210808708 cites W2585592272 @default.
- W3210808708 cites W2586693328 @default.
- W3210808708 cites W2767746137 @default.
- W3210808708 cites W2780920519 @default.
- W3210808708 cites W2785467902 @default.
- W3210808708 cites W2792027474 @default.
- W3210808708 cites W2794692883 @default.
- W3210808708 cites W2799724486 @default.
- W3210808708 cites W2800459806 @default.
- W3210808708 cites W2802043140 @default.
- W3210808708 cites W2802238712 @default.
- W3210808708 cites W2899349472 @default.
- W3210808708 cites W2902638403 @default.
- W3210808708 cites W2921500818 @default.
- W3210808708 cites W2927137436 @default.
- W3210808708 cites W2931252282 @default.
- W3210808708 cites W2940575665 @default.
- W3210808708 cites W2950501530 @default.
- W3210808708 cites W2950714034 @default.
- W3210808708 cites W2965414270 @default.
- W3210808708 cites W2981706444 @default.
- W3210808708 cites W2981912707 @default.
- W3210808708 cites W2985595470 @default.
- W3210808708 cites W2986817655 @default.
- W3210808708 cites W2987601093 @default.
- W3210808708 cites W2989458587 @default.
- W3210808708 cites W2991429609 @default.
- W3210808708 cites W2998596072 @default.
- W3210808708 cites W2999054712 @default.
- W3210808708 cites W3005147444 @default.
- W3210808708 cites W3008092789 @default.
- W3210808708 cites W3011004123 @default.
- W3210808708 cites W3013303972 @default.
- W3210808708 cites W3015139720 @default.
- W3210808708 cites W3016867425 @default.
- W3210808708 cites W3029371289 @default.
- W3210808708 cites W3033751265 @default.
- W3210808708 cites W3035238852 @default.
- W3210808708 cites W3037924854 @default.
- W3210808708 cites W3052406859 @default.
- W3210808708 cites W3086123706 @default.
- W3210808708 cites W3087020865 @default.
- W3210808708 cites W3090994930 @default.
- W3210808708 cites W3091316234 @default.
- W3210808708 cites W3092830465 @default.
- W3210808708 cites W3093369329 @default.
- W3210808708 cites W3098041681 @default.
- W3210808708 cites W3110358455 @default.
- W3210808708 cites W3111561643 @default.
- W3210808708 cites W3115876110 @default.
- W3210808708 cites W3119228091 @default.
- W3210808708 cites W3119281097 @default.
- W3210808708 cites W3122474060 @default.
- W3210808708 cites W3123506802 @default.
- W3210808708 cites W3125598652 @default.
- W3210808708 cites W3126738779 @default.
- W3210808708 cites W3129005439 @default.
- W3210808708 cites W3130727118 @default.
- W3210808708 cites W3131366513 @default.
- W3210808708 cites W3131987920 @default.
- W3210808708 cites W3137598272 @default.
- W3210808708 cites W3142169251 @default.
- W3210808708 cites W3145560347 @default.
- W3210808708 cites W3158275285 @default.
- W3210808708 cites W3158680952 @default.
- W3210808708 cites W3161848327 @default.
- W3210808708 cites W3164543745 @default.
- W3210808708 cites W3167505880 @default.
- W3210808708 cites W3174333634 @default.
- W3210808708 cites W4211024534 @default.
- W3210808708 cites W4235720211 @default.
- W3210808708 doi "https://doi.org/10.1016/j.apsusc.2021.151792" @default.
- W3210808708 hasPublicationYear "2022" @default.
- W3210808708 type Work @default.
- W3210808708 sameAs 3210808708 @default.
- W3210808708 citedByCount "37" @default.
- W3210808708 countsByYear W32108087082022 @default.
- W3210808708 countsByYear W32108087082023 @default.
- W3210808708 crossrefType "journal-article" @default.
- W3210808708 hasAuthorship W3210808708A5000294498 @default.
- W3210808708 hasAuthorship W3210808708A5042797134 @default.