Matches in SemOpenAlex for { <https://semopenalex.org/work/W3212703330> ?p ?o ?g. }
- W3212703330 endingPage "9650" @default.
- W3212703330 startingPage "9642" @default.
- W3212703330 abstract "Twinning is a common deformation mechanism in metals, and twin boundary (TB) segregation of impurities/solutes plays an important role in the performances of alloys such as thermostability, mobility, and even strengthening. The occurrence of such segregation phenomena is generally believed as a one-layer coverage of solutes alternately distributed at extension/compression sites, in an orderly, continuous manner. However, in the Mn-free and Mn-containing Mg-Nd model systems, we reported unexpected three- and five-layered discontinuous segregation patterns of the coherent {101̅1} TBs, and not all the extension sites occupied by solutes larger in size than Mg, and even some larger sized solutes taking the compression sites. Nd/Mn solutes selectively segregate at substitutional sites and thus to generate two new types of ordered two-dimensional TB superstructures or complexions. These findings refresh the understanding of solute segregation in the perfect coherent TBs and provide a meaningful theoretical guidance for designing materials via targeted TB segregation." @default.
- W3212703330 created "2021-11-22" @default.
- W3212703330 creator A5000797800 @default.
- W3212703330 creator A5002026486 @default.
- W3212703330 creator A5003224154 @default.
- W3212703330 creator A5007624183 @default.
- W3212703330 creator A5033229269 @default.
- W3212703330 creator A5036196341 @default.
- W3212703330 creator A5042981086 @default.
- W3212703330 creator A5058189215 @default.
- W3212703330 creator A5074730282 @default.
- W3212703330 creator A5079960421 @default.
- W3212703330 date "2021-11-10" @default.
- W3212703330 modified "2023-10-17" @default.
- W3212703330 title "Twin Boundary Superstructures Assembled by Periodic Segregation of Solute Atoms" @default.
- W3212703330 cites W1968696652 @default.
- W3212703330 cites W1970076607 @default.
- W3212703330 cites W1970722908 @default.
- W3212703330 cites W1975272503 @default.
- W3212703330 cites W1978228929 @default.
- W3212703330 cites W1989548982 @default.
- W3212703330 cites W2002648732 @default.
- W3212703330 cites W2002822024 @default.
- W3212703330 cites W2005722877 @default.
- W3212703330 cites W2007989800 @default.
- W3212703330 cites W2013282612 @default.
- W3212703330 cites W2024626267 @default.
- W3212703330 cites W2025902865 @default.
- W3212703330 cites W2027422138 @default.
- W3212703330 cites W2038937373 @default.
- W3212703330 cites W2049233869 @default.
- W3212703330 cites W2052246016 @default.
- W3212703330 cites W2056373174 @default.
- W3212703330 cites W2064320065 @default.
- W3212703330 cites W2069296232 @default.
- W3212703330 cites W2077282188 @default.
- W3212703330 cites W2079419878 @default.
- W3212703330 cites W2079592229 @default.
- W3212703330 cites W2086652512 @default.
- W3212703330 cites W2336059696 @default.
- W3212703330 cites W2588713746 @default.
- W3212703330 cites W2759969240 @default.
- W3212703330 cites W2764104704 @default.
- W3212703330 cites W2792077481 @default.
- W3212703330 cites W2795229153 @default.
- W3212703330 cites W2875800040 @default.
- W3212703330 cites W2906019035 @default.
- W3212703330 cites W2909561719 @default.
- W3212703330 cites W2955370238 @default.
- W3212703330 cites W2963737420 @default.
- W3212703330 cites W2964044917 @default.
- W3212703330 cites W2991018110 @default.
- W3212703330 cites W3009263553 @default.
- W3212703330 cites W3009801455 @default.
- W3212703330 cites W3012382619 @default.
- W3212703330 cites W3017553710 @default.
- W3212703330 cites W3088563048 @default.
- W3212703330 cites W3112285755 @default.
- W3212703330 cites W3119094924 @default.
- W3212703330 cites W3129174501 @default.
- W3212703330 cites W3136453331 @default.
- W3212703330 cites W3152680938 @default.
- W3212703330 cites W3160631656 @default.
- W3212703330 cites W3202628577 @default.
- W3212703330 cites W4211105458 @default.
- W3212703330 cites W787805181 @default.
- W3212703330 cites W3139054637 @default.
- W3212703330 doi "https://doi.org/10.1021/acs.nanolett.1c03448" @default.
- W3212703330 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34757745" @default.
- W3212703330 hasPublicationYear "2021" @default.
- W3212703330 type Work @default.
- W3212703330 sameAs 3212703330 @default.
- W3212703330 citedByCount "10" @default.
- W3212703330 countsByYear W32127033302022 @default.
- W3212703330 countsByYear W32127033302023 @default.
- W3212703330 crossrefType "journal-article" @default.
- W3212703330 hasAuthorship W3212703330A5000797800 @default.
- W3212703330 hasAuthorship W3212703330A5002026486 @default.
- W3212703330 hasAuthorship W3212703330A5003224154 @default.
- W3212703330 hasAuthorship W3212703330A5007624183 @default.
- W3212703330 hasAuthorship W3212703330A5033229269 @default.
- W3212703330 hasAuthorship W3212703330A5036196341 @default.
- W3212703330 hasAuthorship W3212703330A5042981086 @default.
- W3212703330 hasAuthorship W3212703330A5058189215 @default.
- W3212703330 hasAuthorship W3212703330A5074730282 @default.
- W3212703330 hasAuthorship W3212703330A5079960421 @default.
- W3212703330 hasConcept C159467904 @default.
- W3212703330 hasConcept C171250308 @default.
- W3212703330 hasConcept C178790620 @default.
- W3212703330 hasConcept C181199279 @default.
- W3212703330 hasConcept C185592680 @default.
- W3212703330 hasConcept C192562407 @default.
- W3212703330 hasConcept C2781216036 @default.
- W3212703330 hasConcept C55493867 @default.
- W3212703330 hasConcept C6840138 @default.
- W3212703330 hasConcept C71987851 @default.
- W3212703330 hasConcept C8010536 @default.
- W3212703330 hasConcept C87976508 @default.