Matches in SemOpenAlex for { <https://semopenalex.org/work/W1536861138> ?p ?o ?g. }
- W1536861138 endingPage "369" @default.
- W1536861138 startingPage "347" @default.
- W1536861138 abstract "The k-resolved single particle excitations, as determined by angle-resolved photoemission spectroscopy (ARPES), are compared and contrasted for, LaRu2Si2, CeRu2Si2, ThRu2Si2, and URu2Si2, isostructural layered compounds with differing nominal f-occupations of f0, f1, f0, and f2, respectively. ARPES measurements include 4d and 5d-edge resonant photoemission to distinguish f-character and Fermi-energy intensity mapping of Fermi surface contours. Comparison to RLAPW band structure calculations shows very good agreement of the d-band structure away from EF. Discrepancies in the near EF region highlight k-dependent effects of f-correlation and f–d hybridization. Approximately equal dimensions of Fermi contours for X=(La, Ce) suggest the exclusion of 4f electrons from the CeRu2Si2 Fermi surface at temperatures far above the Kondo temperature. High-resolution spectra for X=(Ce, U) allow comparison of f–d mixing to predictions of the Anderson lattice model." @default.
- W1536861138 created "2016-06-24" @default.
- W1536861138 creator A5001680985 @default.
- W1536861138 creator A5008839054 @default.
- W1536861138 creator A5008941222 @default.
- W1536861138 creator A5056990366 @default.
- W1536861138 creator A5057858703 @default.
- W1536861138 creator A5059108207 @default.
- W1536861138 creator A5062840105 @default.
- W1536861138 creator A5077602510 @default.
- W1536861138 creator A5087292807 @default.
- W1536861138 date "2001-06-01" @default.
- W1536861138 modified "2023-09-28" @default.
- W1536861138 title "Comparative study of the electronic structure of XRu2Si2: probing the Anderson lattice" @default.
- W1536861138 cites W102821849 @default.
- W1536861138 cites W138612928 @default.
- W1536861138 cites W1514525107 @default.
- W1536861138 cites W1573507727 @default.
- W1536861138 cites W182930986 @default.
- W1536861138 cites W1963713315 @default.
- W1536861138 cites W1963900903 @default.
- W1536861138 cites W1964293553 @default.
- W1536861138 cites W1966156734 @default.
- W1536861138 cites W1977700257 @default.
- W1536861138 cites W1982867359 @default.
- W1536861138 cites W1983548187 @default.
- W1536861138 cites W1985069097 @default.
- W1536861138 cites W1988530709 @default.
- W1536861138 cites W1995330689 @default.
- W1536861138 cites W2000646941 @default.
- W1536861138 cites W2005156525 @default.
- W1536861138 cites W2007550269 @default.
- W1536861138 cites W2012792457 @default.
- W1536861138 cites W2013455338 @default.
- W1536861138 cites W2015582118 @default.
- W1536861138 cites W2024081882 @default.
- W1536861138 cites W2032391739 @default.
- W1536861138 cites W2034938415 @default.
- W1536861138 cites W2043517804 @default.
- W1536861138 cites W2045581795 @default.
- W1536861138 cites W2047824167 @default.
- W1536861138 cites W2049472879 @default.
- W1536861138 cites W2054136890 @default.
- W1536861138 cites W2054434792 @default.
- W1536861138 cites W2063964758 @default.
- W1536861138 cites W2064257858 @default.
- W1536861138 cites W2064809453 @default.
- W1536861138 cites W2067920909 @default.
- W1536861138 cites W2069230341 @default.
- W1536861138 cites W2075088356 @default.
- W1536861138 cites W2076375857 @default.
- W1536861138 cites W2078947644 @default.
- W1536861138 cites W2080797502 @default.
- W1536861138 cites W2083467536 @default.
- W1536861138 cites W2085173019 @default.
- W1536861138 cites W2087785432 @default.
- W1536861138 cites W2090003177 @default.
- W1536861138 cites W2090466792 @default.
- W1536861138 cites W2135031034 @default.
- W1536861138 cites W2151435333 @default.
- W1536861138 cites W2259051695 @default.
- W1536861138 cites W2808167 @default.
- W1536861138 cites W36345756 @default.
- W1536861138 cites W4243144294 @default.
- W1536861138 doi "https://doi.org/10.1016/s0368-2048(01)00257-2" @default.
- W1536861138 hasPublicationYear "2001" @default.
- W1536861138 type Work @default.
- W1536861138 sameAs 1536861138 @default.
- W1536861138 citedByCount "118" @default.
- W1536861138 countsByYear W15368611382012 @default.
- W1536861138 countsByYear W15368611382013 @default.
- W1536861138 countsByYear W15368611382014 @default.
- W1536861138 countsByYear W15368611382015 @default.
- W1536861138 countsByYear W15368611382016 @default.
- W1536861138 countsByYear W15368611382017 @default.
- W1536861138 countsByYear W15368611382018 @default.
- W1536861138 countsByYear W15368611382019 @default.
- W1536861138 countsByYear W15368611382020 @default.
- W1536861138 countsByYear W15368611382021 @default.
- W1536861138 countsByYear W15368611382022 @default.
- W1536861138 countsByYear W15368611382023 @default.
- W1536861138 crossrefType "journal-article" @default.
- W1536861138 hasAuthorship W1536861138A5001680985 @default.
- W1536861138 hasAuthorship W1536861138A5008839054 @default.
- W1536861138 hasAuthorship W1536861138A5008941222 @default.
- W1536861138 hasAuthorship W1536861138A5056990366 @default.
- W1536861138 hasAuthorship W1536861138A5057858703 @default.
- W1536861138 hasAuthorship W1536861138A5059108207 @default.
- W1536861138 hasAuthorship W1536861138A5062840105 @default.
- W1536861138 hasAuthorship W1536861138A5077602510 @default.
- W1536861138 hasAuthorship W1536861138A5087292807 @default.
- W1536861138 hasBestOaLocation W15368611383 @default.
- W1536861138 hasConcept C115624301 @default.
- W1536861138 hasConcept C121332964 @default.
- W1536861138 hasConcept C125469278 @default.
- W1536861138 hasConcept C1276947 @default.
- W1536861138 hasConcept C147120987 @default.
- W1536861138 hasConcept C156390739 @default.