Matches in SemOpenAlex for { <https://semopenalex.org/work/W1513116477> ?p ?o ?g. }
- W1513116477 abstract "We report de Haas--van Alphen effect (dHvA) measurements and band-structure calculations for $mathrm{Cs}{mathrm{Os}}_{2}{mathrm{O}}_{6}$. Sixteen dHvA frequency branches are observed in the $(overline{1}10)$ plane. The Fermi surface consists of hole and electron surfaces. The topology of the measured Fermi surface can be described by the band-structure calculations if slight rigid band shifts are incorporated. The electron surface has through holes in the ⟨111⟩ directions, indicating that the van Hove singularity is above the Fermi level unlike previously thought. Using band-structure results, we have estimated that the Stoner enhancement factor $Sensuremath{sim}3.1$ and that the Wilson ratio $Rensuremath{sim}0.86$. The dHvA effective masses are mostly between three and four times the corresponding band masses, which is consistent with the specific-heat mass enhancement of 3.6. We have also estimated the orbital-specific Stoner enhancement factor for one orbit from dHvA data: the most probable value of the product $Sg$, where $g$ is the $g$ factor, for that orbit is found to be 9.374. The small Wilson ratio and Stoner enhancement indicate rather limited importance of electron-electron interactions in $mathrm{Cs}{mathrm{Os}}_{2}{mathrm{O}}_{6}$." @default.
- W1513116477 created "2016-06-24" @default.
- W1513116477 creator A5014093944 @default.
- W1513116477 creator A5043287829 @default.
- W1513116477 creator A5045133781 @default.
- W1513116477 creator A5052270076 @default.
- W1513116477 creator A5067726271 @default.
- W1513116477 creator A5074765603 @default.
- W1513116477 date "2008-02-15" @default.
- W1513116477 modified "2023-10-14" @default.
- W1513116477 title "Fermi surface in the superconductingβ-pyrochlore oxideCsOs2O6" @default.
- W1513116477 cites W108752667 @default.
- W1513116477 cites W1498001819 @default.
- W1513116477 cites W1518159483 @default.
- W1513116477 cites W1550088625 @default.
- W1513116477 cites W1622639858 @default.
- W1513116477 cites W1966675471 @default.
- W1513116477 cites W1978958955 @default.
- W1513116477 cites W1987515884 @default.
- W1513116477 cites W2000646941 @default.
- W1513116477 cites W2002160886 @default.
- W1513116477 cites W2003484169 @default.
- W1513116477 cites W2014978335 @default.
- W1513116477 cites W2018718835 @default.
- W1513116477 cites W2024081882 @default.
- W1513116477 cites W2028100566 @default.
- W1513116477 cites W2031044321 @default.
- W1513116477 cites W2036015973 @default.
- W1513116477 cites W2043517804 @default.
- W1513116477 cites W2048383153 @default.
- W1513116477 cites W2059129146 @default.
- W1513116477 cites W2064173433 @default.
- W1513116477 cites W2064175709 @default.
- W1513116477 cites W2064636841 @default.
- W1513116477 cites W2065094925 @default.
- W1513116477 cites W2067343373 @default.
- W1513116477 cites W2071822197 @default.
- W1513116477 cites W2075972428 @default.
- W1513116477 cites W2077273604 @default.
- W1513116477 cites W2077857976 @default.
- W1513116477 cites W2078135732 @default.
- W1513116477 cites W2086061948 @default.
- W1513116477 cites W2089000114 @default.
- W1513116477 cites W2094425164 @default.
- W1513116477 cites W2102305733 @default.
- W1513116477 cites W2102611801 @default.
- W1513116477 cites W2106097631 @default.
- W1513116477 cites W2153966394 @default.
- W1513116477 cites W2169233712 @default.
- W1513116477 cites W2171001433 @default.
- W1513116477 cites W2181804459 @default.
- W1513116477 cites W2298288211 @default.
- W1513116477 cites W2328456216 @default.
- W1513116477 cites W2354398514 @default.
- W1513116477 cites W2952717901 @default.
- W1513116477 cites W3021473362 @default.
- W1513116477 cites W3099623025 @default.
- W1513116477 cites W3099752143 @default.
- W1513116477 cites W3106006524 @default.
- W1513116477 doi "https://doi.org/10.1103/physrevb.77.064509" @default.
- W1513116477 hasPublicationYear "2008" @default.
- W1513116477 type Work @default.
- W1513116477 sameAs 1513116477 @default.
- W1513116477 citedByCount "12" @default.
- W1513116477 countsByYear W15131164772012 @default.
- W1513116477 countsByYear W15131164772013 @default.
- W1513116477 countsByYear W15131164772015 @default.
- W1513116477 countsByYear W15131164772021 @default.
- W1513116477 countsByYear W15131164772022 @default.
- W1513116477 crossrefType "journal-article" @default.
- W1513116477 hasAuthorship W1513116477A5014093944 @default.
- W1513116477 hasAuthorship W1513116477A5043287829 @default.
- W1513116477 hasAuthorship W1513116477A5045133781 @default.
- W1513116477 hasAuthorship W1513116477A5052270076 @default.
- W1513116477 hasAuthorship W1513116477A5067726271 @default.
- W1513116477 hasAuthorship W1513116477A5074765603 @default.
- W1513116477 hasConcept C121332964 @default.
- W1513116477 hasConcept C125469278 @default.
- W1513116477 hasConcept C144255511 @default.
- W1513116477 hasConcept C147120987 @default.
- W1513116477 hasConcept C179764930 @default.
- W1513116477 hasConcept C201991461 @default.
- W1513116477 hasConcept C26873012 @default.
- W1513116477 hasConcept C2779303976 @default.
- W1513116477 hasConcept C2780373184 @default.
- W1513116477 hasConcept C40636707 @default.
- W1513116477 hasConcept C44280652 @default.
- W1513116477 hasConcept C54101563 @default.
- W1513116477 hasConcept C62520636 @default.
- W1513116477 hasConceptScore W1513116477C121332964 @default.
- W1513116477 hasConceptScore W1513116477C125469278 @default.
- W1513116477 hasConceptScore W1513116477C144255511 @default.
- W1513116477 hasConceptScore W1513116477C147120987 @default.
- W1513116477 hasConceptScore W1513116477C179764930 @default.
- W1513116477 hasConceptScore W1513116477C201991461 @default.
- W1513116477 hasConceptScore W1513116477C26873012 @default.
- W1513116477 hasConceptScore W1513116477C2779303976 @default.
- W1513116477 hasConceptScore W1513116477C2780373184 @default.
- W1513116477 hasConceptScore W1513116477C40636707 @default.
- W1513116477 hasConceptScore W1513116477C44280652 @default.