Matches in SemOpenAlex for { <https://semopenalex.org/work/W4294114406> ?p ?o ?g. }
- W4294114406 endingPage "101122" @default.
- W4294114406 startingPage "101122" @default.
- W4294114406 abstract "Simple, cheap, and green exfoliation methods for the mass production of two-dimensional (2D) nanomaterials are still required for their widespread adoption. In this context, this work presents a systematic study regarding the exfoliation of group VI transition metal dichalcogenides (TMDs) using 14 different food-derived phenolic compounds of different structural complexity. Phenolic compounds have demonstrated to successfully assist the liquid phase exfoliation conferring unique redox functionalities to the TMDs nanosheets. The most performant exfoliating agents have been carefully optimized and demonstrated to produce stable 2D nanoflakes dispersions with peculiar electrochemical properties. This work proves how properly selected natural stabilizing agents allow an effective TMDs exfoliation, giving rise to hybrid organic/inorganic nanomaterials with functional electrochemical and additional catalytic features. The reported approach opens new paths for the green production of exfoliated 2D functional nanomaterials for sensing, biosensing, and energy applications." @default.
- W4294114406 created "2022-09-02" @default.
- W4294114406 creator A5009245504 @default.
- W4294114406 creator A5023876704 @default.
- W4294114406 creator A5025076811 @default.
- W4294114406 creator A5045952051 @default.
- W4294114406 creator A5057456463 @default.
- W4294114406 creator A5090485346 @default.
- W4294114406 date "2022-12-01" @default.
- W4294114406 modified "2023-10-16" @default.
- W4294114406 title "Phenolic compounds as redox-active exfoliation agents for group VI transition metal dichalcogenides" @default.
- W4294114406 cites W1528619378 @default.
- W4294114406 cites W1970565936 @default.
- W4294114406 cites W1971849220 @default.
- W4294114406 cites W1974896731 @default.
- W4294114406 cites W1975192769 @default.
- W4294114406 cites W1984984976 @default.
- W4294114406 cites W2011379198 @default.
- W4294114406 cites W2011899447 @default.
- W4294114406 cites W2012587360 @default.
- W4294114406 cites W2017137546 @default.
- W4294114406 cites W2028442206 @default.
- W4294114406 cites W2032193003 @default.
- W4294114406 cites W2040662053 @default.
- W4294114406 cites W2066680824 @default.
- W4294114406 cites W2070533310 @default.
- W4294114406 cites W2134389422 @default.
- W4294114406 cites W2221637804 @default.
- W4294114406 cites W2252784281 @default.
- W4294114406 cites W2257119626 @default.
- W4294114406 cites W2289885333 @default.
- W4294114406 cites W2316246272 @default.
- W4294114406 cites W2326429483 @default.
- W4294114406 cites W2331038083 @default.
- W4294114406 cites W2338175038 @default.
- W4294114406 cites W2418711288 @default.
- W4294114406 cites W2484929738 @default.
- W4294114406 cites W2492958715 @default.
- W4294114406 cites W2530232434 @default.
- W4294114406 cites W2538065224 @default.
- W4294114406 cites W2610093233 @default.
- W4294114406 cites W2623995462 @default.
- W4294114406 cites W2772299585 @default.
- W4294114406 cites W2783676060 @default.
- W4294114406 cites W2790991587 @default.
- W4294114406 cites W2791172047 @default.
- W4294114406 cites W2804107713 @default.
- W4294114406 cites W2806722153 @default.
- W4294114406 cites W2900519089 @default.
- W4294114406 cites W2903236462 @default.
- W4294114406 cites W2917833242 @default.
- W4294114406 cites W2942923923 @default.
- W4294114406 cites W2945155606 @default.
- W4294114406 cites W2948362030 @default.
- W4294114406 cites W2966193397 @default.
- W4294114406 cites W2973118546 @default.
- W4294114406 cites W2987788334 @default.
- W4294114406 cites W2988265767 @default.
- W4294114406 cites W2990960560 @default.
- W4294114406 cites W3003376662 @default.
- W4294114406 cites W3005683312 @default.
- W4294114406 cites W3013006107 @default.
- W4294114406 cites W3013624163 @default.
- W4294114406 cites W3015468929 @default.
- W4294114406 cites W3022702587 @default.
- W4294114406 cites W3027863412 @default.
- W4294114406 cites W3036581531 @default.
- W4294114406 cites W3088610783 @default.
- W4294114406 cites W3090274596 @default.
- W4294114406 cites W3094896746 @default.
- W4294114406 cites W3102414477 @default.
- W4294114406 cites W3112192327 @default.
- W4294114406 cites W3112332197 @default.
- W4294114406 cites W3203746805 @default.
- W4294114406 cites W3204231010 @default.
- W4294114406 doi "https://doi.org/10.1016/j.mtchem.2022.101122" @default.
- W4294114406 hasPublicationYear "2022" @default.
- W4294114406 type Work @default.
- W4294114406 citedByCount "7" @default.
- W4294114406 countsByYear W42941144062022 @default.
- W4294114406 countsByYear W42941144062023 @default.
- W4294114406 crossrefType "journal-article" @default.
- W4294114406 hasAuthorship W4294114406A5009245504 @default.
- W4294114406 hasAuthorship W4294114406A5023876704 @default.
- W4294114406 hasAuthorship W4294114406A5025076811 @default.
- W4294114406 hasAuthorship W4294114406A5045952051 @default.
- W4294114406 hasAuthorship W4294114406A5057456463 @default.
- W4294114406 hasAuthorship W4294114406A5090485346 @default.
- W4294114406 hasConcept C106773901 @default.
- W4294114406 hasConcept C129162502 @default.
- W4294114406 hasConcept C138631740 @default.
- W4294114406 hasConcept C147789679 @default.
- W4294114406 hasConcept C151730666 @default.
- W4294114406 hasConcept C161790260 @default.
- W4294114406 hasConcept C171250308 @default.
- W4294114406 hasConcept C17525397 @default.
- W4294114406 hasConcept C178790620 @default.
- W4294114406 hasConcept C185592680 @default.