Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313479631> ?p ?o ?g. }
- W4313479631 endingPage "130907" @default.
- W4313479631 startingPage "130907" @default.
- W4313479631 abstract "Although photothermal catalysis is currently used to enhance carbon dioxide (CO2) hydrogenation, it is challenging to gain an in-depth understanding of the enhancement involved in this process. Ni(OH)2/Ti3C2 (NiTC) photothermal catalysts were prepared using an acid–base etching–hydrothermal method. β-Ni(OH)2 was loaded on the surface of Ti3C2 and inserted between the layers to generate a built–in electric field (BIEF) at the interface of Ni(OH)2 and Ti3C2. The strong coupling between plasmonic Ti3C2 and Ni(OH)2 results in NiTC exhibiting surface plasmonic transverse electric resonance (TE) and transverse magnetic resonance (TM) waves, as well as the enhanced absorption peak. The local surface plasmon resonance (LSPR) effect occurs when Ti3C2 and Ni(OH)2 are excited by visible–near infrared light, while the spectral overlap of the two produces enhances the TM waves. The enhanced TM waves of Ti3C2 “pump” photogenerated electrons to transform them into hot electrons to replenish Ti3C2 via Landau damping and the BIEF. More hot electron generation enhances the photothermal CO2 conversion. The average photothermal CO2 conversion is 0.89 mmol·gcat.–1·h–1 over NiTC composite at 250 °C, 14 times that of Ti3C2." @default.
- W4313479631 created "2023-01-06" @default.
- W4313479631 creator A5003065832 @default.
- W4313479631 creator A5006386305 @default.
- W4313479631 creator A5007578560 @default.
- W4313479631 creator A5015102287 @default.
- W4313479631 creator A5017289237 @default.
- W4313479631 creator A5017774156 @default.
- W4313479631 creator A5029926892 @default.
- W4313479631 creator A5030054597 @default.
- W4313479631 creator A5041374203 @default.
- W4313479631 creator A5041535892 @default.
- W4313479631 creator A5046126993 @default.
- W4313479631 creator A5060002817 @default.
- W4313479631 creator A5062256084 @default.
- W4313479631 creator A5066102428 @default.
- W4313479631 creator A5074808642 @default.
- W4313479631 creator A5082986570 @default.
- W4313479631 creator A5083888414 @default.
- W4313479631 creator A5084679956 @default.
- W4313479631 date "2023-03-01" @default.
- W4313479631 modified "2023-10-13" @default.
- W4313479631 title "Local surface plasmon resonance promotion of photogenerated electrons to hot electrons for enhancing photothermal CO2 hydrogenation over Ni(OH)2/Ti3C2 catalysts" @default.
- W4313479631 cites W1979930791 @default.
- W4313479631 cites W2002846224 @default.
- W4313479631 cites W2005938370 @default.
- W4313479631 cites W2014451195 @default.
- W4313479631 cites W2023534334 @default.
- W4313479631 cites W2068908844 @default.
- W4313479631 cites W2074717643 @default.
- W4313479631 cites W2091684628 @default.
- W4313479631 cites W2121958253 @default.
- W4313479631 cites W2166475722 @default.
- W4313479631 cites W2185780818 @default.
- W4313479631 cites W2201188974 @default.
- W4313479631 cites W2291235736 @default.
- W4313479631 cites W2509611669 @default.
- W4313479631 cites W2513142625 @default.
- W4313479631 cites W2538234896 @default.
- W4313479631 cites W2556683240 @default.
- W4313479631 cites W2558709958 @default.
- W4313479631 cites W2568650064 @default.
- W4313479631 cites W2599237930 @default.
- W4313479631 cites W2722013064 @default.
- W4313479631 cites W2740832330 @default.
- W4313479631 cites W2754884431 @default.
- W4313479631 cites W2766867728 @default.
- W4313479631 cites W2773736816 @default.
- W4313479631 cites W2883439437 @default.
- W4313479631 cites W2897341560 @default.
- W4313479631 cites W2899580851 @default.
- W4313479631 cites W2903797140 @default.
- W4313479631 cites W2905700662 @default.
- W4313479631 cites W2906581948 @default.
- W4313479631 cites W2924583382 @default.
- W4313479631 cites W2946422155 @default.
- W4313479631 cites W2947143873 @default.
- W4313479631 cites W2959696670 @default.
- W4313479631 cites W2988179999 @default.
- W4313479631 cites W2996097067 @default.
- W4313479631 cites W3005330629 @default.
- W4313479631 cites W3005765011 @default.
- W4313479631 cites W3018475034 @default.
- W4313479631 cites W3037248505 @default.
- W4313479631 cites W3086218747 @default.
- W4313479631 cites W3090862642 @default.
- W4313479631 cites W3092534306 @default.
- W4313479631 cites W3111242563 @default.
- W4313479631 cites W3114812336 @default.
- W4313479631 cites W3123139234 @default.
- W4313479631 cites W3125765501 @default.
- W4313479631 cites W3132339502 @default.
- W4313479631 cites W3157284033 @default.
- W4313479631 cites W3158387163 @default.
- W4313479631 cites W3158680952 @default.
- W4313479631 cites W3160966208 @default.
- W4313479631 cites W3178797409 @default.
- W4313479631 cites W3189942403 @default.
- W4313479631 cites W3190427089 @default.
- W4313479631 cites W4205227823 @default.
- W4313479631 cites W4220885475 @default.
- W4313479631 cites W4281694694 @default.
- W4313479631 cites W4284883996 @default.
- W4313479631 cites W4285801159 @default.
- W4313479631 cites W4286255339 @default.
- W4313479631 cites W4312612735 @default.
- W4313479631 doi "https://doi.org/10.1016/j.colsurfa.2022.130907" @default.
- W4313479631 hasPublicationYear "2023" @default.
- W4313479631 type Work @default.
- W4313479631 citedByCount "6" @default.
- W4313479631 countsByYear W43134796312023 @default.
- W4313479631 crossrefType "journal-article" @default.
- W4313479631 hasAuthorship W4313479631A5003065832 @default.
- W4313479631 hasAuthorship W4313479631A5006386305 @default.
- W4313479631 hasAuthorship W4313479631A5007578560 @default.
- W4313479631 hasAuthorship W4313479631A5015102287 @default.
- W4313479631 hasAuthorship W4313479631A5017289237 @default.
- W4313479631 hasAuthorship W4313479631A5017774156 @default.