Matches in SemOpenAlex for { <https://semopenalex.org/work/W2015231861> ?p ?o ?g. }
- W2015231861 endingPage "164" @default.
- W2015231861 startingPage "123" @default.
- W2015231861 abstract "Abstract Since their discovery in 1986 [11], the high temperature superconducting (HTS) copper oxides have presented a continuing challenge to both experiment and theory. The identification of the underlying mechanism (or mechanisms) responsible for their superconductivity remains an unanswered question. Numerous theories have been proposed ranging from phonon-mediated pairing of the charge carriers, similar to the Bardeen–Cooper–Schrieffer (BCS) [2] theory developed for conventional low-temperature superconductors, to novel concepts independent of phonons [3–-l0]. For conventional superconductors the variation of the transition temperature Tc , with isotopic mass M (from BCS theory Tc ∼ M−a ) was an important verification of the contribution of electron-phonon interactions to electron pairing. Measurements of this effect of HTS cuprates resulted in isotope shifts much smaller than predicted by theory [ll-14], raising doubts about the role of phonons. However, Barbee [15] argued that the size of the isotope shift is not a unique indicator of phonon-mediated pairing. Since the HTS materials contain Cu ions with partially filled 3d shells, many of the alternative theories of HTS have focused on magnetic interactions and associated spin fluctuations [3–10]. The reader is referred to Ref. 16 for the details of other theories that have been proposed and to the article by Schrieffer and Anderson [17) for an overview discussion of the theory of high temperature superconductivity." @default.
- W2015231861 created "2016-06-24" @default.
- W2015231861 creator A5020976713 @default.
- W2015231861 creator A5035143121 @default.
- W2015231861 creator A5080659472 @default.
- W2015231861 date "1993-03-01" @default.
- W2015231861 modified "2023-10-05" @default.
- W2015231861 title "The Nuclear Quadrupole Interaction in High Temperature Superconductors" @default.
- W2015231861 cites W127935850 @default.
- W2015231861 cites W144368065 @default.
- W2015231861 cites W1502883158 @default.
- W2015231861 cites W1503672390 @default.
- W2015231861 cites W1505697113 @default.
- W2015231861 cites W1518410032 @default.
- W2015231861 cites W1545536511 @default.
- W2015231861 cites W1563919296 @default.
- W2015231861 cites W1597522799 @default.
- W2015231861 cites W1598100147 @default.
- W2015231861 cites W1619178481 @default.
- W2015231861 cites W1627765211 @default.
- W2015231861 cites W1633408776 @default.
- W2015231861 cites W1633932181 @default.
- W2015231861 cites W1637493481 @default.
- W2015231861 cites W1646242967 @default.
- W2015231861 cites W1650728208 @default.
- W2015231861 cites W1667006257 @default.
- W2015231861 cites W1680861682 @default.
- W2015231861 cites W1939381539 @default.
- W2015231861 cites W1965216296 @default.
- W2015231861 cites W1969224946 @default.
- W2015231861 cites W1971525926 @default.
- W2015231861 cites W1972046575 @default.
- W2015231861 cites W1973663126 @default.
- W2015231861 cites W1977281634 @default.
- W2015231861 cites W1978799946 @default.
- W2015231861 cites W1979841360 @default.
- W2015231861 cites W1982375781 @default.
- W2015231861 cites W1984351541 @default.
- W2015231861 cites W1985218575 @default.
- W2015231861 cites W1986152347 @default.
- W2015231861 cites W1989641671 @default.
- W2015231861 cites W1992795250 @default.
- W2015231861 cites W1995007230 @default.
- W2015231861 cites W1995615182 @default.
- W2015231861 cites W1996121236 @default.
- W2015231861 cites W1996452008 @default.
- W2015231861 cites W1997972130 @default.
- W2015231861 cites W2001372968 @default.
- W2015231861 cites W2003304970 @default.
- W2015231861 cites W2003385984 @default.
- W2015231861 cites W2003792682 @default.
- W2015231861 cites W2005536613 @default.
- W2015231861 cites W2006132887 @default.
- W2015231861 cites W2006451643 @default.
- W2015231861 cites W2006927195 @default.
- W2015231861 cites W2010645115 @default.
- W2015231861 cites W2013189691 @default.
- W2015231861 cites W2014061617 @default.
- W2015231861 cites W2014206438 @default.
- W2015231861 cites W2014437371 @default.
- W2015231861 cites W2016809926 @default.
- W2015231861 cites W2016833115 @default.
- W2015231861 cites W2017639979 @default.
- W2015231861 cites W2019346775 @default.
- W2015231861 cites W2021027739 @default.
- W2015231861 cites W2022787843 @default.
- W2015231861 cites W2025080258 @default.
- W2015231861 cites W2025790097 @default.
- W2015231861 cites W2031116388 @default.
- W2015231861 cites W2032551484 @default.
- W2015231861 cites W2032837737 @default.
- W2015231861 cites W2035995851 @default.
- W2015231861 cites W2037473972 @default.
- W2015231861 cites W2038094063 @default.
- W2015231861 cites W2038895457 @default.
- W2015231861 cites W2039398504 @default.
- W2015231861 cites W2042626898 @default.
- W2015231861 cites W2044646526 @default.
- W2015231861 cites W2044853214 @default.
- W2015231861 cites W2046419572 @default.
- W2015231861 cites W2046581426 @default.
- W2015231861 cites W2049565459 @default.
- W2015231861 cites W2053901851 @default.
- W2015231861 cites W2055258072 @default.
- W2015231861 cites W2055303708 @default.
- W2015231861 cites W2055321875 @default.
- W2015231861 cites W2055739130 @default.
- W2015231861 cites W2056421375 @default.
- W2015231861 cites W2056698894 @default.
- W2015231861 cites W2057893829 @default.
- W2015231861 cites W2060508772 @default.
- W2015231861 cites W2060844520 @default.
- W2015231861 cites W2063126989 @default.
- W2015231861 cites W2063194453 @default.
- W2015231861 cites W2065675569 @default.
- W2015231861 cites W2065874114 @default.
- W2015231861 cites W2066764094 @default.
- W2015231861 cites W2067854818 @default.