FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3138707249> ?p ?o ?g. }

• W3138707249 endingPage "159637" @default.
• W3138707249 startingPage "159637" @default.
• W3138707249 abstract "MoS 2 has been proven to be an environmental-friendly and economic photocatalyst for clean energy generation. However, the energy conversion efficiency still needs to be more enhanced for practical application due to the limited number of active sites on the surface and the high recombination rate of electron-hole pairs. Herein, P-doping was utilized to increase the active sites, and the heterojunction was constructed with WO 3 to improve the charge separation rate. Our results show that the heterojunction P-MoS 2 @WO 3 photocatalyst has a stable and durable photocatalytic activity in water splitting, which shows H 2 evolution rate of 73.8 μmol h –1 g −1 . This good photocatalytic performance of P-MoS 2 @WO 3 is attributed to increased active sites at the thermodynamically stable basal (002) plane of MoS 2 by the P-doping and the enhanced charge separation rate by the heterojunction with a direct Z-scheme mode. This study offers an efficient way to increase the active sites and separate charge carriers in MoS 2 -based photocatalysts for H 2 generation. • The doped nonmetal P elements provide abundant active sites on the stable basal (002) plane of MoS 2 . • The heterojunction P-MoS 2 @WO 3 provides an efficient thoroughfare to facilitate the separation of electron-hole pairs. • The optoelectronic transfer pathway with a direct Z-scheme charge mode at the interface of the P-MoS 2 @WO 3 heterostructures." @default.
• W3138707249 created "2021-03-29" @default.
• W3138707249 creator A5003919302 @default.
• W3138707249 creator A5010900261 @default.
• W3138707249 creator A5026526553 @default.
• W3138707249 creator A5027194595 @default.
• W3138707249 creator A5033047243 @default.
• W3138707249 creator A5036682765 @default.
• W3138707249 creator A5049804499 @default.
• W3138707249 creator A5084440870 @default.
• W3138707249 creator A5085681414 @default.
• W3138707249 creator A5085725773 @default.
• W3138707249 date "2021-08-01" @default.
• W3138707249 modified "2023-09-29" @default.
• W3138707249 title "Elucidating the mechanistic origins of P dopants triggered active sites and direct Z-scheme charge transfer by P-MoS2@WO3 heterostructures for efficient photocatalytic hydrogen evolution" @default.
• W3138707249 cites W1804198781 @default.
• W3138707249 cites W1964385218 @default.
• W3138707249 cites W1972136153 @default.
• W3138707249 cites W1976555219 @default.
• W3138707249 cites W1977780564 @default.
• W3138707249 cites W1979544533 @default.
• W3138707249 cites W1980790675 @default.
• W3138707249 cites W1981368803 @default.
• W3138707249 cites W2007395042 @default.
• W3138707249 cites W2039475059 @default.
• W3138707249 cites W2044591029 @default.
• W3138707249 cites W2133795748 @default.
• W3138707249 cites W2139088889 @default.
• W3138707249 cites W2140546963 @default.
• W3138707249 cites W2143722137 @default.
• W3138707249 cites W2146028353 @default.
• W3138707249 cites W2146637427 @default.
• W3138707249 cites W2147069129 @default.
• W3138707249 cites W2156217105 @default.
• W3138707249 cites W2167035995 @default.
• W3138707249 cites W2230728100 @default.
• W3138707249 cites W2244362186 @default.
• W3138707249 cites W2274496440 @default.
• W3138707249 cites W2319109861 @default.
• W3138707249 cites W2334526737 @default.
• W3138707249 cites W2336950183 @default.
• W3138707249 cites W2465870800 @default.
• W3138707249 cites W2467573982 @default.
• W3138707249 cites W2492032015 @default.
• W3138707249 cites W2535127681 @default.
• W3138707249 cites W2566061985 @default.
• W3138707249 cites W2576277569 @default.
• W3138707249 cites W2585915552 @default.
• W3138707249 cites W2607279181 @default.
• W3138707249 cites W2612953166 @default.
• W3138707249 cites W2734618108 @default.
• W3138707249 cites W2757489855 @default.
• W3138707249 cites W2765606326 @default.
• W3138707249 cites W2765976161 @default.
• W3138707249 cites W2768372190 @default.
• W3138707249 cites W2768603318 @default.
• W3138707249 cites W2781726402 @default.
• W3138707249 cites W2789460076 @default.
• W3138707249 cites W2790322748 @default.
• W3138707249 cites W2790574729 @default.
• W3138707249 cites W2792783085 @default.
• W3138707249 cites W2799947535 @default.
• W3138707249 cites W2803107202 @default.
• W3138707249 cites W2804561708 @default.
• W3138707249 cites W2807795709 @default.
• W3138707249 cites W2857158904 @default.
• W3138707249 cites W2891100395 @default.
• W3138707249 cites W2891588584 @default.
• W3138707249 cites W2894689525 @default.
• W3138707249 cites W2902111578 @default.
• W3138707249 cites W2905569403 @default.
• W3138707249 cites W2906334951 @default.
• W3138707249 cites W2914402105 @default.
• W3138707249 cites W2919097877 @default.
• W3138707249 cites W2938249226 @default.
• W3138707249 cites W2940184349 @default.
• W3138707249 cites W2954878044 @default.
• W3138707249 cites W2962768446 @default.
• W3138707249 cites W2966985310 @default.
• W3138707249 cites W2971792474 @default.
• W3138707249 cites W2980319412 @default.
• W3138707249 cites W2992050880 @default.
• W3138707249 cites W3005986929 @default.
• W3138707249 cites W3015042365 @default.
• W3138707249 cites W3028295792 @default.
• W3138707249 cites W3033771864 @default.
• W3138707249 cites W3045831310 @default.
• W3138707249 cites W3101929953 @default.
• W3138707249 cites W896603717 @default.
• W3138707249 doi "https://doi.org/10.1016/j.jallcom.2021.159637" @default.
• W3138707249 hasPublicationYear "2021" @default.
• W3138707249 type Work @default.
• W3138707249 sameAs 3138707249 @default.
• W3138707249 citedByCount "12" @default.
• W3138707249 countsByYear W31387072492022 @default.
• W3138707249 countsByYear W31387072492023 @default.
• W3138707249 crossrefType "journal-article" @default.
• W3138707249 hasAuthorship W3138707249A5003919302 @default.

• next