Matches in SemOpenAlex for { <https://semopenalex.org/work/W3035911543> ?p ?o ?g. }
- W3035911543 endingPage "29" @default.
- W3035911543 startingPage "17" @default.
- W3035911543 abstract "Abstract Nanolayered metals are shown to have significantly improved radiation resistance, owing to the copious interplay between their densely populated internal boundaries with irradiation-induced defects. Therefore, they have become promising candidates for structural applications in advanced nuclear reactors. Here we fabricated bulk nanolaminated graphene (in the form of reduced graphene oxide)-aluminum composite, and explored their structural and property evolution under high energy helium irradiation. We carefully designed and implemented the micro-/nano-mechanical test, so that the mechanical behavior of small scale specimens resembled that of the bulk. Compared to the unreinforced matrix, the graphene–aluminum composite showed substantially lower irradiation-induced strengthening magnitude, a considerable total elongation, smaller lattice swelling, and a completely different deformation mechanism after irradiation. A combination of detailed experimental observations and large-scale atomistic simulations indicated that both remarkable irradiation resistance and distinct mechanism of graphene–aluminum composite are related to the excellent sink strength of the graphene layers for irradiation-generated defects. This study offers a novel and effective strategy to produce scalable radiation damage-tolerant bulk metal matrix composite with meticulously tailored microstructures." @default.
- W3035911543 created "2020-06-25" @default.
- W3035911543 creator A5002749135 @default.
- W3035911543 creator A5018073672 @default.
- W3035911543 creator A5028777266 @default.
- W3035911543 creator A5029109535 @default.
- W3035911543 creator A5057209439 @default.
- W3035911543 creator A5074461919 @default.
- W3035911543 creator A5080402766 @default.
- W3035911543 creator A5089079624 @default.
- W3035911543 date "2020-09-01" @default.
- W3035911543 modified "2023-10-16" @default.
- W3035911543 title "Bulk nanolaminated graphene (reduced graphene oxide)–aluminum composite tolerant of radiation damage" @default.
- W3035911543 cites W1809272432 @default.
- W3035911543 cites W1964786856 @default.
- W3035911543 cites W1966851347 @default.
- W3035911543 cites W1969030898 @default.
- W3035911543 cites W1977163729 @default.
- W3035911543 cites W1979725228 @default.
- W3035911543 cites W1992116384 @default.
- W3035911543 cites W1992540614 @default.
- W3035911543 cites W1993788576 @default.
- W3035911543 cites W1997276296 @default.
- W3035911543 cites W2004888478 @default.
- W3035911543 cites W2010165098 @default.
- W3035911543 cites W2011445141 @default.
- W3035911543 cites W2012899019 @default.
- W3035911543 cites W2019465613 @default.
- W3035911543 cites W2019481672 @default.
- W3035911543 cites W2021795396 @default.
- W3035911543 cites W2021896957 @default.
- W3035911543 cites W2022142500 @default.
- W3035911543 cites W2024630230 @default.
- W3035911543 cites W2028905794 @default.
- W3035911543 cites W2030961477 @default.
- W3035911543 cites W2038177296 @default.
- W3035911543 cites W2038958116 @default.
- W3035911543 cites W2043976852 @default.
- W3035911543 cites W2047112437 @default.
- W3035911543 cites W2055430307 @default.
- W3035911543 cites W2060666305 @default.
- W3035911543 cites W2061462482 @default.
- W3035911543 cites W2064919896 @default.
- W3035911543 cites W2067617701 @default.
- W3035911543 cites W2072024713 @default.
- W3035911543 cites W2075406992 @default.
- W3035911543 cites W2081291428 @default.
- W3035911543 cites W2087178961 @default.
- W3035911543 cites W2088383550 @default.
- W3035911543 cites W2089639027 @default.
- W3035911543 cites W2110193033 @default.
- W3035911543 cites W2139016421 @default.
- W3035911543 cites W2142684079 @default.
- W3035911543 cites W2149186033 @default.
- W3035911543 cites W2169973509 @default.
- W3035911543 cites W2219634972 @default.
- W3035911543 cites W2268547617 @default.
- W3035911543 cites W2323614754 @default.
- W3035911543 cites W2339874305 @default.
- W3035911543 cites W2400089630 @default.
- W3035911543 cites W2417993868 @default.
- W3035911543 cites W2435013365 @default.
- W3035911543 cites W2478819728 @default.
- W3035911543 cites W2549570881 @default.
- W3035911543 cites W2559402951 @default.
- W3035911543 cites W2572941984 @default.
- W3035911543 cites W2577507366 @default.
- W3035911543 cites W2608360450 @default.
- W3035911543 cites W2675735980 @default.
- W3035911543 cites W2688049830 @default.
- W3035911543 cites W2742578252 @default.
- W3035911543 cites W2766800951 @default.
- W3035911543 cites W2772471605 @default.
- W3035911543 cites W2782639394 @default.
- W3035911543 cites W2790571145 @default.
- W3035911543 cites W2792235744 @default.
- W3035911543 cites W2809561983 @default.
- W3035911543 cites W2884909277 @default.
- W3035911543 cites W2890460170 @default.
- W3035911543 cites W2891378250 @default.
- W3035911543 cites W2904574284 @default.
- W3035911543 cites W2908733079 @default.
- W3035911543 cites W2909075605 @default.
- W3035911543 cites W2911184824 @default.
- W3035911543 cites W2911511787 @default.
- W3035911543 cites W2923252652 @default.
- W3035911543 doi "https://doi.org/10.1016/j.actamat.2020.06.018" @default.
- W3035911543 hasPublicationYear "2020" @default.
- W3035911543 type Work @default.
- W3035911543 sameAs 3035911543 @default.
- W3035911543 citedByCount "35" @default.
- W3035911543 countsByYear W30359115432021 @default.
- W3035911543 countsByYear W30359115432022 @default.
- W3035911543 countsByYear W30359115432023 @default.
- W3035911543 crossrefType "journal-article" @default.
- W3035911543 hasAuthorship W3035911543A5002749135 @default.
- W3035911543 hasAuthorship W3035911543A5018073672 @default.
- W3035911543 hasAuthorship W3035911543A5028777266 @default.