Matches in SemOpenAlex for { <https://semopenalex.org/work/W2013117532> ?p ?o ?g. }
- W2013117532 abstract "The general properties of anisotropic superconductors with mesoscopic phase separation are analyzed. The main conclusions are as follows: Mesoscopic phase separation can be thermodynamically stable only in the presence of repulsive Coulomb interactions. Phase separation enables the appearance of superconductivity in a heterophase sample even if it were impossible in pure-phase matter. Phase separation is crucial for the occurrence of superconductivity in bad conductors. The critical temperature for a mixture of pairing symmetries is higher than the critical temperature related to any pure gap-wave symmetry of this mixture. In bad conductors, the critical temperature as a function of the superconductivity fraction has a bell shape. Phase separation makes the single-particle energy dispersion softer. For planar structures phase separation suppresses $d$-wave superconductivity and enhances $s$-wave superconductivity. These features are in agreement with experiments for cuprates." @default.
- W2013117532 created "2016-06-24" @default.
- W2013117532 creator A5004576707 @default.
- W2013117532 creator A5062481860 @default.
- W2013117532 date "2004-12-17" @default.
- W2013117532 modified "2023-09-26" @default.
- W2013117532 title "Mesoscopic phase separation in anisotropic superconductors" @default.
- W2013117532 cites W147800480 @default.
- W2013117532 cites W1485300768 @default.
- W2013117532 cites W1520687481 @default.
- W2013117532 cites W1560264537 @default.
- W2013117532 cites W1563251661 @default.
- W2013117532 cites W1667025645 @default.
- W2013117532 cites W1967951894 @default.
- W2013117532 cites W1979688708 @default.
- W2013117532 cites W1981616028 @default.
- W2013117532 cites W1983182231 @default.
- W2013117532 cites W1985988587 @default.
- W2013117532 cites W1987047812 @default.
- W2013117532 cites W1987598609 @default.
- W2013117532 cites W1994937517 @default.
- W2013117532 cites W2002898515 @default.
- W2013117532 cites W2008559285 @default.
- W2013117532 cites W2014437371 @default.
- W2013117532 cites W2015718699 @default.
- W2013117532 cites W2019118367 @default.
- W2013117532 cites W2022453632 @default.
- W2013117532 cites W2022988390 @default.
- W2013117532 cites W2024570095 @default.
- W2013117532 cites W2030774358 @default.
- W2013117532 cites W2040391480 @default.
- W2013117532 cites W2044639516 @default.
- W2013117532 cites W2046865820 @default.
- W2013117532 cites W2048267490 @default.
- W2013117532 cites W2049838328 @default.
- W2013117532 cites W2061753379 @default.
- W2013117532 cites W2063100082 @default.
- W2013117532 cites W2063557421 @default.
- W2013117532 cites W2065393880 @default.
- W2013117532 cites W2079355198 @default.
- W2013117532 cites W2082369956 @default.
- W2013117532 cites W2084198869 @default.
- W2013117532 cites W2086218433 @default.
- W2013117532 cites W2089272762 @default.
- W2013117532 cites W2091022212 @default.
- W2013117532 cites W2092713900 @default.
- W2013117532 cites W2120933473 @default.
- W2013117532 cites W2152170928 @default.
- W2013117532 cites W2152769801 @default.
- W2013117532 cites W2277434327 @default.
- W2013117532 cites W23531544 @default.
- W2013117532 cites W2493990292 @default.
- W2013117532 cites W2591880757 @default.
- W2013117532 cites W3021495865 @default.
- W2013117532 cites W3099047748 @default.
- W2013117532 cites W3101136344 @default.
- W2013117532 cites W3105747403 @default.
- W2013117532 cites W3125651289 @default.
- W2013117532 cites W4229781813 @default.
- W2013117532 cites W4234527806 @default.
- W2013117532 cites W4250150163 @default.
- W2013117532 cites W4367329925 @default.
- W2013117532 doi "https://doi.org/10.1103/physrevb.70.224516" @default.
- W2013117532 hasPublicationYear "2004" @default.
- W2013117532 type Work @default.
- W2013117532 sameAs 2013117532 @default.
- W2013117532 citedByCount "30" @default.
- W2013117532 countsByYear W20131175322012 @default.
- W2013117532 countsByYear W20131175322013 @default.
- W2013117532 countsByYear W20131175322014 @default.
- W2013117532 countsByYear W20131175322015 @default.
- W2013117532 countsByYear W20131175322016 @default.
- W2013117532 countsByYear W20131175322018 @default.
- W2013117532 countsByYear W20131175322019 @default.
- W2013117532 countsByYear W20131175322020 @default.
- W2013117532 countsByYear W20131175322021 @default.
- W2013117532 countsByYear W20131175322023 @default.
- W2013117532 crossrefType "journal-article" @default.
- W2013117532 hasAuthorship W2013117532A5004576707 @default.
- W2013117532 hasAuthorship W2013117532A5062481860 @default.
- W2013117532 hasBestOaLocation W20131175322 @default.
- W2013117532 hasConcept C109613756 @default.
- W2013117532 hasConcept C113037339 @default.
- W2013117532 hasConcept C121332964 @default.
- W2013117532 hasConcept C130893637 @default.
- W2013117532 hasConcept C14103023 @default.
- W2013117532 hasConcept C147120987 @default.
- W2013117532 hasConcept C177731217 @default.
- W2013117532 hasConcept C192562407 @default.
- W2013117532 hasConcept C26873012 @default.
- W2013117532 hasConcept C44280652 @default.
- W2013117532 hasConcept C54101563 @default.
- W2013117532 hasConcept C62520636 @default.
- W2013117532 hasConcept C85725439 @default.
- W2013117532 hasConcept C85906118 @default.
- W2013117532 hasConcept C9342510 @default.
- W2013117532 hasConceptScore W2013117532C109613756 @default.
- W2013117532 hasConceptScore W2013117532C113037339 @default.
- W2013117532 hasConceptScore W2013117532C121332964 @default.
- W2013117532 hasConceptScore W2013117532C130893637 @default.