Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204407688> ?p ?o ?g. }
- W3204407688 endingPage "1109" @default.
- W3204407688 startingPage "1101" @default.
- W3204407688 abstract "In the past few years, the effect of strain on the optical and electronic properties of MoS2 layers has attracted particular attention as it can improve the performance of optoelectronic and spintronic devices. Although several approaches have been explored, strain is typically externally applied on the two-dimensional material. In this work, we describe the preparation of a reversible ‘self-strainable’ system in which the strain is generated at the molecular level by one component of a MoS2-based composite material. Spin-crossover nanoparticles were covalently grafted onto functionalized layers of semiconducting MoS2 to form a hybrid heterostructure. Their ability to switch between two spin states on applying an external stimulus (light irradiation or temperature change) serves to generate strain over the MoS2 layer. A volume change accompanies this spin crossover, and the created strain induces a substantial and reversible change of the electrical and optical properties of the heterostructure. Spin-crossover nanoparticles have been covalently grafted onto a semiconducting MoS2 layer to form a self-strainable heterostructure. Under light or thermal stimulus, the nanoparticles switch between their high- and low-spin states, in which they have different volumes. This generates a reversible strain over the MoS2 layer and, in turn, alters the electrical and optical properties of the heterostructure." @default.
- W3204407688 created "2021-10-11" @default.
- W3204407688 creator A5010670940 @default.
- W3204407688 creator A5022262461 @default.
- W3204407688 creator A5023196014 @default.
- W3204407688 creator A5032734340 @default.
- W3204407688 creator A5034451554 @default.
- W3204407688 creator A5047105852 @default.
- W3204407688 creator A5052817862 @default.
- W3204407688 creator A5067212365 @default.
- W3204407688 creator A5076375824 @default.
- W3204407688 creator A5077677838 @default.
- W3204407688 creator A5086034123 @default.
- W3204407688 date "2021-10-07" @default.
- W3204407688 modified "2023-10-02" @default.
- W3204407688 title "Spin-crossover nanoparticles anchored on MoS2 layers for heterostructures with tunable strain driven by thermal or light-induced spin switching" @default.
- W3204407688 cites W1139314269 @default.
- W3204407688 cites W1557815414 @default.
- W3204407688 cites W1848153258 @default.
- W3204407688 cites W1894156250 @default.
- W3204407688 cites W1970642387 @default.
- W3204407688 cites W1974145491 @default.
- W3204407688 cites W1979624018 @default.
- W3204407688 cites W1985530911 @default.
- W3204407688 cites W1986940891 @default.
- W3204407688 cites W1987315324 @default.
- W3204407688 cites W1989511094 @default.
- W3204407688 cites W1990025975 @default.
- W3204407688 cites W1992506968 @default.
- W3204407688 cites W2007195468 @default.
- W3204407688 cites W2008107859 @default.
- W3204407688 cites W2022997694 @default.
- W3204407688 cites W2025472145 @default.
- W3204407688 cites W2038883738 @default.
- W3204407688 cites W2044220208 @default.
- W3204407688 cites W2054295516 @default.
- W3204407688 cites W2079385573 @default.
- W3204407688 cites W2079657036 @default.
- W3204407688 cites W2092044679 @default.
- W3204407688 cites W2096813696 @default.
- W3204407688 cites W2101741012 @default.
- W3204407688 cites W2103077907 @default.
- W3204407688 cites W2104093622 @default.
- W3204407688 cites W2121305623 @default.
- W3204407688 cites W2133580852 @default.
- W3204407688 cites W2134819724 @default.
- W3204407688 cites W2143997640 @default.
- W3204407688 cites W2160744279 @default.
- W3204407688 cites W2169751572 @default.
- W3204407688 cites W2227238328 @default.
- W3204407688 cites W2282564380 @default.
- W3204407688 cites W2328170552 @default.
- W3204407688 cites W2331708333 @default.
- W3204407688 cites W2408247896 @default.
- W3204407688 cites W2411792759 @default.
- W3204407688 cites W2462204948 @default.
- W3204407688 cites W2481949062 @default.
- W3204407688 cites W2520090679 @default.
- W3204407688 cites W2523268915 @default.
- W3204407688 cites W2592511322 @default.
- W3204407688 cites W2593877684 @default.
- W3204407688 cites W2595573079 @default.
- W3204407688 cites W2627001981 @default.
- W3204407688 cites W2672900020 @default.
- W3204407688 cites W2763444242 @default.
- W3204407688 cites W2770672409 @default.
- W3204407688 cites W2775923510 @default.
- W3204407688 cites W2782967216 @default.
- W3204407688 cites W2791808650 @default.
- W3204407688 cites W2811161027 @default.
- W3204407688 cites W2885447582 @default.
- W3204407688 cites W2904530759 @default.
- W3204407688 cites W2916670909 @default.
- W3204407688 cites W2923834732 @default.
- W3204407688 cites W2937778864 @default.
- W3204407688 cites W2937847232 @default.
- W3204407688 cites W2948431257 @default.
- W3204407688 cites W2952345020 @default.
- W3204407688 cites W2963721191 @default.
- W3204407688 cites W2982008605 @default.
- W3204407688 cites W2982222559 @default.
- W3204407688 cites W3003686414 @default.
- W3204407688 cites W3011345982 @default.
- W3204407688 cites W3024932342 @default.
- W3204407688 cites W3080673473 @default.
- W3204407688 cites W3098286475 @default.
- W3204407688 cites W3103697959 @default.
- W3204407688 cites W3106227170 @default.
- W3204407688 cites W3128518729 @default.
- W3204407688 doi "https://doi.org/10.1038/s41557-021-00795-y" @default.
- W3204407688 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34621077" @default.
- W3204407688 hasPublicationYear "2021" @default.
- W3204407688 type Work @default.
- W3204407688 sameAs 3204407688 @default.
- W3204407688 citedByCount "45" @default.
- W3204407688 countsByYear W32044076882021 @default.
- W3204407688 countsByYear W32044076882022 @default.
- W3204407688 countsByYear W32044076882023 @default.