FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285600253> ?p ?o ?g. }

• W4285600253 endingPage "107541" @default.
• W4285600253 startingPage "107541" @default.
• W4285600253 abstract "• The electromechanical coupling effect in Nb 3 Sn was scale-coupled. • It includes a strain-regulated electronic structure, grain boundary contours at the atomic scale, and strain-modulated superconducting macroscale transition properties . • The linkage between the micro-meso-macro-scales was revealed by the proposed trans-scale model. • Strain-regulated electronic structures control the superconducting transition of single crystals Nb 3 Sn. • Grain boundary deformation amplified this effect, inducing different responses in single- and polycrystal Nb 3 Sn. Based on molecular dynamics (MD) simulations of Nb 3 Sn crystals under high pressure, a physics-based trans-scale model of the superconducting transition of high-pressure Nb 3 Sn is proposed. This model investigates the electromechanical coupling effect of Nb 3 Sn and discusses the effect of grain boundary deformation on electromechanical coupling through simulations. The simulated results demonstrate that the strain-induced electronic structure evolution and accompanying variations in the density of states (DOS) at the Fermi surface control the superconducting transition of single-crystal Nb 3 Sn. This effect is amplified by the stress concentrations at the grain boundary intersections, leading to the obviously different electromechanical responses of high-pressure single-crystal and polycrystal Nb 3 Sn. It was further found that the electromechanical coupling effect in Nb 3 Sn was scale coupled, including a strain-regulated electronic structure, grain boundary contours of strained Nb 3 Sn at the atomic scale, local atom stress distribution, and intrinsic connections between the strain-modulated superconducting and normal-state transport properties (at the macroscale level). The linkage between the micro-meso-macro-scales was qualitatively reproduced by the proposed model, where the three principal strain components and their differences represent the response-controlling parameters. The grain boundary zone was critical to further determine the reversible–irreversible transition of the electromechanical coupling effects in Nb 3 Sn. The proposed analytical and simulation models provided important theoretical guidance for understanding the empirical relation obtained experimentally. Additionally, they presented a method for the parameterization of electromechanical coupling in Nb 3 Sn." @default.
• W4285600253 created "2022-07-16" @default.
• W4285600253 creator A5027510970 @default.
• W4285600253 creator A5042187037 @default.
• W4285600253 creator A5067173654 @default.
• W4285600253 creator A5071809065 @default.
• W4285600253 creator A5074461919 @default.
• W4285600253 creator A5088870116 @default.
• W4285600253 date "2022-09-01" @default.
• W4285600253 modified "2023-09-24" @default.
• W4285600253 title "Electromechanical coupling in high-pressured superconducting Nb3Sn: analytical and simulation models" @default.
• W4285600253 cites W1539516774 @default.
• W4285600253 cites W1979158285 @default.
• W4285600253 cites W1980083586 @default.
• W4285600253 cites W1981439108 @default.
• W4285600253 cites W1993031588 @default.
• W4285600253 cites W2001225360 @default.
• W4285600253 cites W2001726421 @default.
• W4285600253 cites W2007804265 @default.
• W4285600253 cites W2009704476 @default.
• W4285600253 cites W2010333898 @default.
• W4285600253 cites W2013212876 @default.
• W4285600253 cites W2014437371 @default.
• W4285600253 cites W2019465613 @default.
• W4285600253 cites W2019826976 @default.
• W4285600253 cites W2021030805 @default.
• W4285600253 cites W2032870889 @default.
• W4285600253 cites W2035347602 @default.
• W4285600253 cites W2040025562 @default.
• W4285600253 cites W2051670560 @default.
• W4285600253 cites W2051728111 @default.
• W4285600253 cites W2053241105 @default.
• W4285600253 cites W2058306558 @default.
• W4285600253 cites W2060686331 @default.
• W4285600253 cites W2062861548 @default.
• W4285600253 cites W2065650737 @default.
• W4285600253 cites W2070379675 @default.
• W4285600253 cites W2070874126 @default.
• W4285600253 cites W2072522903 @default.
• W4285600253 cites W2080381141 @default.
• W4285600253 cites W2091101326 @default.
• W4285600253 cites W2102237707 @default.
• W4285600253 cites W2102772173 @default.
• W4285600253 cites W2105033564 @default.
• W4285600253 cites W2115507572 @default.
• W4285600253 cites W2117865700 @default.
• W4285600253 cites W2118895455 @default.
• W4285600253 cites W2121408827 @default.
• W4285600253 cites W2125909837 @default.
• W4285600253 cites W2135358089 @default.
• W4285600253 cites W2164547986 @default.
• W4285600253 cites W2172271488 @default.
• W4285600253 cites W2294291311 @default.
• W4285600253 cites W2317024242 @default.
• W4285600253 cites W2318306285 @default.
• W4285600253 cites W2558666943 @default.
• W4285600253 cites W2560765872 @default.
• W4285600253 cites W2582792916 @default.
• W4285600253 cites W2611069064 @default.
• W4285600253 cites W2726272879 @default.
• W4285600253 cites W2886827932 @default.
• W4285600253 cites W2899523568 @default.
• W4285600253 cites W2900374389 @default.
• W4285600253 cites W2994815947 @default.
• W4285600253 cites W3007574635 @default.
• W4285600253 cites W3095505224 @default.
• W4285600253 cites W3099433149 @default.
• W4285600253 cites W3112370371 @default.
• W4285600253 cites W3113132968 @default.
• W4285600253 cites W4293422349 @default.
• W4285600253 doi "https://doi.org/10.1016/j.ijmecsci.2022.107541" @default.
• W4285600253 hasPublicationYear "2022" @default.
• W4285600253 type Work @default.
• W4285600253 citedByCount "2" @default.
• W4285600253 countsByYear W42856002532022 @default.
• W4285600253 countsByYear W42856002532023 @default.
• W4285600253 crossrefType "journal-article" @default.
• W4285600253 hasAuthorship W4285600253A5027510970 @default.
• W4285600253 hasAuthorship W4285600253A5042187037 @default.
• W4285600253 hasAuthorship W4285600253A5067173654 @default.
• W4285600253 hasAuthorship W4285600253A5071809065 @default.
• W4285600253 hasAuthorship W4285600253A5074461919 @default.
• W4285600253 hasAuthorship W4285600253A5088870116 @default.
• W4285600253 hasConcept C121332964 @default.
• W4285600253 hasConcept C131584629 @default.
• W4285600253 hasConcept C138885662 @default.
• W4285600253 hasConcept C159985019 @default.
• W4285600253 hasConcept C191897082 @default.
• W4285600253 hasConcept C192562407 @default.
• W4285600253 hasConcept C204366326 @default.
• W4285600253 hasConcept C21036866 @default.
• W4285600253 hasConcept C26873012 @default.
• W4285600253 hasConcept C41895202 @default.
• W4285600253 hasConcept C47908070 @default.
• W4285600253 hasConcept C54101563 @default.
• W4285600253 hasConcept C87976508 @default.
• W4285600253 hasConceptScore W4285600253C121332964 @default.
• W4285600253 hasConceptScore W4285600253C131584629 @default.

• next