Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308309074> ?p ?o ?g. }
- W4308309074 endingPage "144282" @default.
- W4308309074 startingPage "144282" @default.
- W4308309074 abstract "A nanostructured (NS) Al–Mg–Li alloy with an average grain size of ∼ 26 nm was prepared via laser inert-gas condensation (laser-IGC) method. By integrating in-situ synchrotron-based high-energy X-ray diffraction, atom probe tomography and transmission electron microscopy, unconventional structure evolution (grain boundary segregation and ordered precipitates → Guinier–Preston (GP) zones) during annealing process was captured in this NS Al–Mg–Li alloy, which is contradictory to that of bulk counterparts (GP zones → ordered phases). The segregation and room temperature relaxation give rise to an ultrahigh specific strength by enhancing the stress level required for dislocation emission from interfaces in the alloy. Intriguingly, the highest specific strength can be maintained even thermally exposed at 200 °C, which benefits from GP zones, sub-structures and retained intragranular nanoprecipitation. Hitherto the unconventional structure evolution was unrecognized in any experimental observations in NS Al alloys, and is proved to be a reliable way to improve mechanical properties of NS Al alloys. This work provides insights into the relationship between modulated microstructure and superior mechanical properties, paving the road to the development of high-performance lightweight Al–Mg–Li alloys for diverse applications." @default.
- W4308309074 created "2022-11-10" @default.
- W4308309074 creator A5001140356 @default.
- W4308309074 creator A5010005318 @default.
- W4308309074 creator A5011002682 @default.
- W4308309074 creator A5028543057 @default.
- W4308309074 creator A5041129592 @default.
- W4308309074 creator A5048989648 @default.
- W4308309074 creator A5057784815 @default.
- W4308309074 creator A5071353874 @default.
- W4308309074 creator A5074552342 @default.
- W4308309074 creator A5078164455 @default.
- W4308309074 creator A5082103171 @default.
- W4308309074 date "2022-12-01" @default.
- W4308309074 modified "2023-10-16" @default.
- W4308309074 title "Unconventional structure evolution stabilizes the ultrahigh specific strength in a nanostructured Al–Mg–Li alloy" @default.
- W4308309074 cites W139090829 @default.
- W4308309074 cites W1666813058 @default.
- W4308309074 cites W1966513475 @default.
- W4308309074 cites W1969987170 @default.
- W4308309074 cites W1971065407 @default.
- W4308309074 cites W1979335736 @default.
- W4308309074 cites W1981010713 @default.
- W4308309074 cites W1983543277 @default.
- W4308309074 cites W1993696088 @default.
- W4308309074 cites W1994740359 @default.
- W4308309074 cites W1994783437 @default.
- W4308309074 cites W1995029271 @default.
- W4308309074 cites W1995303100 @default.
- W4308309074 cites W1996446436 @default.
- W4308309074 cites W2001244451 @default.
- W4308309074 cites W2007031006 @default.
- W4308309074 cites W2009159914 @default.
- W4308309074 cites W2009464531 @default.
- W4308309074 cites W2022938823 @default.
- W4308309074 cites W2032926575 @default.
- W4308309074 cites W2037339003 @default.
- W4308309074 cites W2041384180 @default.
- W4308309074 cites W2046850841 @default.
- W4308309074 cites W2047660260 @default.
- W4308309074 cites W2049693570 @default.
- W4308309074 cites W2051429547 @default.
- W4308309074 cites W2055969888 @default.
- W4308309074 cites W2063834987 @default.
- W4308309074 cites W2068600858 @default.
- W4308309074 cites W2071450124 @default.
- W4308309074 cites W2073196744 @default.
- W4308309074 cites W2076296346 @default.
- W4308309074 cites W2083327040 @default.
- W4308309074 cites W2088180870 @default.
- W4308309074 cites W2122444953 @default.
- W4308309074 cites W2132725441 @default.
- W4308309074 cites W2135834532 @default.
- W4308309074 cites W2163272368 @default.
- W4308309074 cites W2166562894 @default.
- W4308309074 cites W2210170896 @default.
- W4308309074 cites W2254207748 @default.
- W4308309074 cites W2279515921 @default.
- W4308309074 cites W2527612384 @default.
- W4308309074 cites W2599003897 @default.
- W4308309074 cites W2750250259 @default.
- W4308309074 cites W2766230909 @default.
- W4308309074 cites W2768046139 @default.
- W4308309074 cites W2775883390 @default.
- W4308309074 cites W2792964017 @default.
- W4308309074 cites W2805754089 @default.
- W4308309074 cites W2889901299 @default.
- W4308309074 cites W2919690996 @default.
- W4308309074 cites W2965611407 @default.
- W4308309074 cites W2965968271 @default.
- W4308309074 cites W2981298813 @default.
- W4308309074 cites W2982691271 @default.
- W4308309074 cites W3008816475 @default.
- W4308309074 cites W3013605655 @default.
- W4308309074 cites W3026483903 @default.
- W4308309074 cites W3039940483 @default.
- W4308309074 cites W3046944483 @default.
- W4308309074 cites W3112740262 @default.
- W4308309074 cites W3133757115 @default.
- W4308309074 cites W3164204542 @default.
- W4308309074 doi "https://doi.org/10.1016/j.msea.2022.144282" @default.
- W4308309074 hasPublicationYear "2022" @default.
- W4308309074 type Work @default.
- W4308309074 citedByCount "2" @default.
- W4308309074 countsByYear W43083090742023 @default.
- W4308309074 crossrefType "journal-article" @default.
- W4308309074 hasAuthorship W4308309074A5001140356 @default.
- W4308309074 hasAuthorship W4308309074A5010005318 @default.
- W4308309074 hasAuthorship W4308309074A5011002682 @default.
- W4308309074 hasAuthorship W4308309074A5028543057 @default.
- W4308309074 hasAuthorship W4308309074A5041129592 @default.
- W4308309074 hasAuthorship W4308309074A5048989648 @default.
- W4308309074 hasAuthorship W4308309074A5057784815 @default.
- W4308309074 hasAuthorship W4308309074A5071353874 @default.
- W4308309074 hasAuthorship W4308309074A5074552342 @default.
- W4308309074 hasAuthorship W4308309074A5078164455 @default.
- W4308309074 hasAuthorship W4308309074A5082103171 @default.
- W4308309074 hasConcept C120665830 @default.