Matches in SemOpenAlex for { <https://semopenalex.org/work/W1569210998> ?p ?o ?g. }
- W1569210998 abstract "We present angle resolved photoemission (ARPES) data on Na-doped Ca$_2$CuO$_2$Cl$_2$. We demonstrate that the chemical potential shifts upon doping the system across the insulator to metal transition. The resulting low energy spectra reveal a gap structure which appears to deviate from the canonical $d_{x2-y2} ~ |cos(k_x a)-cos(k_y a)|$ form. To reconcile the measured gap structure with d-wave superconductivity one can understand the data in terms of two gaps, a very small one contributing to the nodal region and a very large one dominating the anti-nodal region. The latter is a result of the electronic structure observed in the undoped antiferromagnetic insulator. Furthermore, the low energy electronic structure of the metallic sample contains a two component structure in the nodal direction, and a change in velocity of the dispersion in the nodal direction at roughly 50 meV. We discuss these results in connection with photoemission data on other cuprate systems." @default.
- W1569210998 created "2016-06-24" @default.
- W1569210998 creator A5010746521 @default.
- W1569210998 creator A5024758195 @default.
- W1569210998 creator A5030734334 @default.
- W1569210998 creator A5047448719 @default.
- W1569210998 creator A5062695769 @default.
- W1569210998 creator A5066077387 @default.
- W1569210998 creator A5073359036 @default.
- W1569210998 creator A5081412933 @default.
- W1569210998 creator A5083210310 @default.
- W1569210998 creator A5084297564 @default.
- W1569210998 creator A5084599053 @default.
- W1569210998 creator A5086042724 @default.
- W1569210998 creator A5090027697 @default.
- W1569210998 date "2003-04-02" @default.
- W1569210998 modified "2023-10-02" @default.
- W1569210998 title "Evolution of a metal to insulator transition inCa2−xNaxCuO2Cl2as seen by angle-resolved photoemission" @default.
- W1569210998 cites W1510913419 @default.
- W1569210998 cites W1517354136 @default.
- W1569210998 cites W1527428693 @default.
- W1569210998 cites W1552677658 @default.
- W1569210998 cites W1618332985 @default.
- W1569210998 cites W1621313587 @default.
- W1569210998 cites W1740295707 @default.
- W1569210998 cites W1814553026 @default.
- W1569210998 cites W1966742216 @default.
- W1569210998 cites W1973663126 @default.
- W1569210998 cites W1980233950 @default.
- W1569210998 cites W1980636119 @default.
- W1569210998 cites W1981154702 @default.
- W1569210998 cites W1984686460 @default.
- W1569210998 cites W1989591883 @default.
- W1569210998 cites W1999413193 @default.
- W1569210998 cites W2018259256 @default.
- W1569210998 cites W2036707109 @default.
- W1569210998 cites W2046758789 @default.
- W1569210998 cites W2054816390 @default.
- W1569210998 cites W2059581111 @default.
- W1569210998 cites W2063305886 @default.
- W1569210998 cites W2064615358 @default.
- W1569210998 cites W2075412490 @default.
- W1569210998 cites W2082040708 @default.
- W1569210998 cites W2084900238 @default.
- W1569210998 cites W2094671902 @default.
- W1569210998 cites W2096523947 @default.
- W1569210998 cites W2125836270 @default.
- W1569210998 cites W2130063044 @default.
- W1569210998 cites W2131939969 @default.
- W1569210998 cites W2132337668 @default.
- W1569210998 cites W2162074446 @default.
- W1569210998 cites W2410065004 @default.
- W1569210998 cites W2593691636 @default.
- W1569210998 cites W341805107 @default.
- W1569210998 cites W4210643569 @default.
- W1569210998 cites W52269815 @default.
- W1569210998 cites W70894548 @default.
- W1569210998 cites W87202245 @default.
- W1569210998 doi "https://doi.org/10.1103/physrevb.67.165101" @default.
- W1569210998 hasPublicationYear "2003" @default.
- W1569210998 type Work @default.
- W1569210998 sameAs 1569210998 @default.
- W1569210998 citedByCount "84" @default.
- W1569210998 countsByYear W15692109982012 @default.
- W1569210998 countsByYear W15692109982013 @default.
- W1569210998 countsByYear W15692109982014 @default.
- W1569210998 countsByYear W15692109982015 @default.
- W1569210998 countsByYear W15692109982016 @default.
- W1569210998 countsByYear W15692109982017 @default.
- W1569210998 countsByYear W15692109982018 @default.
- W1569210998 countsByYear W15692109982019 @default.
- W1569210998 countsByYear W15692109982020 @default.
- W1569210998 countsByYear W15692109982021 @default.
- W1569210998 countsByYear W15692109982023 @default.
- W1569210998 crossrefType "journal-article" @default.
- W1569210998 hasAuthorship W1569210998A5010746521 @default.
- W1569210998 hasAuthorship W1569210998A5024758195 @default.
- W1569210998 hasAuthorship W1569210998A5030734334 @default.
- W1569210998 hasAuthorship W1569210998A5047448719 @default.
- W1569210998 hasAuthorship W1569210998A5062695769 @default.
- W1569210998 hasAuthorship W1569210998A5066077387 @default.
- W1569210998 hasAuthorship W1569210998A5073359036 @default.
- W1569210998 hasAuthorship W1569210998A5081412933 @default.
- W1569210998 hasAuthorship W1569210998A5083210310 @default.
- W1569210998 hasAuthorship W1569210998A5084297564 @default.
- W1569210998 hasAuthorship W1569210998A5084599053 @default.
- W1569210998 hasAuthorship W1569210998A5086042724 @default.
- W1569210998 hasAuthorship W1569210998A5090027697 @default.
- W1569210998 hasBestOaLocation W15692109982 @default.
- W1569210998 hasConcept C121332964 @default.
- W1569210998 hasConcept C125469278 @default.
- W1569210998 hasConcept C130893637 @default.
- W1569210998 hasConcept C136766821 @default.
- W1569210998 hasConcept C155355069 @default.
- W1569210998 hasConcept C156390739 @default.
- W1569210998 hasConcept C179936367 @default.
- W1569210998 hasConcept C191897082 @default.
- W1569210998 hasConcept C192562407 @default.
- W1569210998 hasConcept C212702 @default.
- W1569210998 hasConcept C26873012 @default.