FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3198099604> ?p ?o ?g. }

• W3198099604 endingPage "43572" @default.
• W3198099604 startingPage "43562" @default.
• W3198099604 abstract "As a typical correlated metal oxide, vanadium dioxide (VO2) shows specific metal–insulator transition (MIT) properties and demonstrates great potential applications in ultrafast optoelectronic switch, resistive memory, and neuromorphic devices. Effective control of the MIT process is essential for improving the device performance. In the current study, we have first proposed a photoassisted ion-doping method to modulate the phase transition of the VO2 layer based on the photovoltaic effect and electron–ion synergic doping in acid solution. Experimental results show that, for the prepared n-VO2/p-GaN nanojunction, this photoassisted strategy can effectively dope the n-VO2 layer by H+, Al3+, or Mg2+ ions under light radiation and trigger consecutive insulator–metal–insulator transitions. If combined with standard lithography or electron beam etching processes, selective doping with nanoscale size area can also be achieved. This photoassisted doping method not only shows a facile route for MIT modulation via a doping route under ambient conditions but also supplies some clues for photosensitive detection in the future." @default.
• W3198099604 created "2021-09-13" @default.
• W3198099604 creator A5003747069 @default.
• W3198099604 creator A5038012854 @default.
• W3198099604 creator A5043883660 @default.
• W3198099604 creator A5047629145 @default.
• W3198099604 creator A5047767775 @default.
• W3198099604 creator A5050691176 @default.
• W3198099604 creator A5063512679 @default.
• W3198099604 creator A5076826136 @default.
• W3198099604 creator A5084453678 @default.
• W3198099604 date "2021-09-01" @default.
• W3198099604 modified "2023-10-03" @default.
• W3198099604 title "Photoassisted Electron–Ion Synergic Doping Induced Phase Transition of n-VO₂/p-GaN Thin-Film Heterojunction" @default.
• W3198099604 cites W1199176172 @default.
• W3198099604 cites W1966473922 @default.
• W3198099604 cites W1968519856 @default.
• W3198099604 cites W1973315818 @default.
• W3198099604 cites W1981463101 @default.
• W3198099604 cites W1987441899 @default.
• W3198099604 cites W1998981158 @default.
• W3198099604 cites W2014435267 @default.
• W3198099604 cites W2026672318 @default.
• W3198099604 cites W2046694212 @default.
• W3198099604 cites W2046862496 @default.
• W3198099604 cites W2049958425 @default.
• W3198099604 cites W2065298752 @default.
• W3198099604 cites W2084340114 @default.
• W3198099604 cites W2125045846 @default.
• W3198099604 cites W2126176903 @default.
• W3198099604 cites W2271352993 @default.
• W3198099604 cites W2298114184 @default.
• W3198099604 cites W2321418891 @default.
• W3198099604 cites W2322519782 @default.
• W3198099604 cites W2325781376 @default.
• W3198099604 cites W2326268484 @default.
• W3198099604 cites W2410198328 @default.
• W3198099604 cites W2468686158 @default.
• W3198099604 cites W2519443265 @default.
• W3198099604 cites W2580545467 @default.
• W3198099604 cites W2619008758 @default.
• W3198099604 cites W2621516100 @default.
• W3198099604 cites W2627708061 @default.
• W3198099604 cites W2729815799 @default.
• W3198099604 cites W2761299735 @default.
• W3198099604 cites W2762034040 @default.
• W3198099604 cites W2766244170 @default.
• W3198099604 cites W2768621031 @default.
• W3198099604 cites W2791218356 @default.
• W3198099604 cites W2885197403 @default.
• W3198099604 cites W2886959487 @default.
• W3198099604 cites W2898186536 @default.
• W3198099604 cites W2899370069 @default.
• W3198099604 cites W2913740785 @default.
• W3198099604 cites W2938572416 @default.
• W3198099604 cites W2940224386 @default.
• W3198099604 cites W2943790880 @default.
• W3198099604 cites W2955042471 @default.
• W3198099604 cites W2963415438 @default.
• W3198099604 cites W2969963506 @default.
• W3198099604 cites W2974595474 @default.
• W3198099604 cites W2978211260 @default.
• W3198099604 cites W2982361460 @default.
• W3198099604 cites W2992184655 @default.
• W3198099604 cites W2995103297 @default.
• W3198099604 cites W2996280052 @default.
• W3198099604 cites W3003095947 @default.
• W3198099604 cites W3008348274 @default.
• W3198099604 cites W3008940697 @default.
• W3198099604 cites W3012960271 @default.
• W3198099604 cites W3019259768 @default.
• W3198099604 cites W3029383298 @default.
• W3198099604 cites W3041755244 @default.
• W3198099604 cites W3044922775 @default.
• W3198099604 cites W3048518271 @default.
• W3198099604 cites W3087208579 @default.
• W3198099604 cites W3098229873 @default.
• W3198099604 cites W3099728211 @default.
• W3198099604 cites W3102058832 @default.
• W3198099604 cites W3136154048 @default.
• W3198099604 cites W4210491082 @default.
• W3198099604 cites W628985568 @default.
• W3198099604 doi "https://doi.org/10.1021/acsami.1c10401" @default.
• W3198099604 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34468117" @default.
• W3198099604 hasPublicationYear "2021" @default.
• W3198099604 type Work @default.
• W3198099604 sameAs 3198099604 @default.
• W3198099604 citedByCount "6" @default.
• W3198099604 countsByYear W31980996042022 @default.
• W3198099604 countsByYear W31980996042023 @default.
• W3198099604 crossrefType "journal-article" @default.
• W3198099604 hasAuthorship W3198099604A5003747069 @default.
• W3198099604 hasAuthorship W3198099604A5038012854 @default.
• W3198099604 hasAuthorship W3198099604A5043883660 @default.
• W3198099604 hasAuthorship W3198099604A5047629145 @default.
• W3198099604 hasAuthorship W3198099604A5047767775 @default.
• W3198099604 hasAuthorship W3198099604A5050691176 @default.
• W3198099604 hasAuthorship W3198099604A5063512679 @default.

• next