Matches in SemOpenAlex for { <https://semopenalex.org/work/W2019930191> ?p ?o ?g. }
- W2019930191 abstract "Within the t-t'-J model, the doping dependence of the Meissner effect in cuprate superconductors is studied based on the kinetic energy driven superconducting mechanism. Following the linear response theory, it is shown that the electromagnetic response consists of two parts, the diamagnetic current and the paramagnetic current, which exactly cancels the diamagnetic term in the normal state, and then the Meissner effect is obtained for all the temperature $Tleq T_{c}$ throughout the superconducting dome. By considering the two-dimensional geometry of cuprate superconductors within the specular reflection model, the main features of the doping and temperature dependence of the local magnetic field profile, the magnetic field penetration depth, and the superfluid density observed on cuprate superconductors are well reproduced. In particular, it is shown that in analogy to the domelike shape of the doping dependent superconducting transition temperature, the maximal superfluid density occurs around the critical doping $deltaapprox 0.195$, and then decreases in both lower doped and higher doped regimes." @default.
- W2019930191 created "2016-06-24" @default.
- W2019930191 creator A5026109933 @default.
- W2019930191 creator A5057021628 @default.
- W2019930191 creator A5088335981 @default.
- W2019930191 date "2010-11-01" @default.
- W2019930191 modified "2023-09-29" @default.
- W2019930191 title "Doping dependence of Meissner effect in cuprate superconductors" @default.
- W2019930191 cites W1500792190 @default.
- W2019930191 cites W1518968719 @default.
- W2019930191 cites W1537300929 @default.
- W2019930191 cites W1569640404 @default.
- W2019930191 cites W1582252665 @default.
- W2019930191 cites W1583581399 @default.
- W2019930191 cites W1604271378 @default.
- W2019930191 cites W1608180248 @default.
- W2019930191 cites W1667374469 @default.
- W2019930191 cites W1867490250 @default.
- W2019930191 cites W1966778872 @default.
- W2019930191 cites W1967778054 @default.
- W2019930191 cites W1969453610 @default.
- W2019930191 cites W1969739774 @default.
- W2019930191 cites W1970827489 @default.
- W2019930191 cites W1973663126 @default.
- W2019930191 cites W1976912055 @default.
- W2019930191 cites W1976990194 @default.
- W2019930191 cites W1978560608 @default.
- W2019930191 cites W1979688708 @default.
- W2019930191 cites W1984547998 @default.
- W2019930191 cites W1990983029 @default.
- W2019930191 cites W1994077064 @default.
- W2019930191 cites W2000634194 @default.
- W2019930191 cites W2003378896 @default.
- W2019930191 cites W2010972043 @default.
- W2019930191 cites W2011590758 @default.
- W2019930191 cites W2011648299 @default.
- W2019930191 cites W2015415013 @default.
- W2019930191 cites W2020712908 @default.
- W2019930191 cites W2021720165 @default.
- W2019930191 cites W2024508943 @default.
- W2019930191 cites W2029536527 @default.
- W2019930191 cites W2037927395 @default.
- W2019930191 cites W2046059992 @default.
- W2019930191 cites W2046758789 @default.
- W2019930191 cites W2055564641 @default.
- W2019930191 cites W2063846460 @default.
- W2019930191 cites W2065669097 @default.
- W2019930191 cites W2071246696 @default.
- W2019930191 cites W2071527470 @default.
- W2019930191 cites W2073127206 @default.
- W2019930191 cites W2075444143 @default.
- W2019930191 cites W2075572848 @default.
- W2019930191 cites W2080622559 @default.
- W2019930191 cites W2083839328 @default.
- W2019930191 cites W2084751699 @default.
- W2019930191 cites W2085385926 @default.
- W2019930191 cites W2094609957 @default.
- W2019930191 cites W2110647683 @default.
- W2019930191 cites W2130063044 @default.
- W2019930191 cites W2166647264 @default.
- W2019930191 cites W2321221134 @default.
- W2019930191 cites W2396656535 @default.
- W2019930191 cites W2411754510 @default.
- W2019930191 cites W2598876641 @default.
- W2019930191 cites W2768217318 @default.
- W2019930191 cites W2997872173 @default.
- W2019930191 doi "https://doi.org/10.1016/j.physc.2010.08.013" @default.
- W2019930191 hasPublicationYear "2010" @default.
- W2019930191 type Work @default.
- W2019930191 sameAs 2019930191 @default.
- W2019930191 citedByCount "13" @default.
- W2019930191 countsByYear W20199301912012 @default.
- W2019930191 countsByYear W20199301912013 @default.
- W2019930191 countsByYear W20199301912015 @default.
- W2019930191 countsByYear W20199301912019 @default.
- W2019930191 crossrefType "journal-article" @default.
- W2019930191 hasAuthorship W2019930191A5026109933 @default.
- W2019930191 hasAuthorship W2019930191A5057021628 @default.
- W2019930191 hasAuthorship W2019930191A5088335981 @default.
- W2019930191 hasBestOaLocation W20199301912 @default.
- W2019930191 hasConcept C10874694 @default.
- W2019930191 hasConcept C115260700 @default.
- W2019930191 hasConcept C121332964 @default.
- W2019930191 hasConcept C124712363 @default.
- W2019930191 hasConcept C130893637 @default.
- W2019930191 hasConcept C193493375 @default.
- W2019930191 hasConcept C25536358 @default.
- W2019930191 hasConcept C26873012 @default.
- W2019930191 hasConcept C54101563 @default.
- W2019930191 hasConcept C57863236 @default.
- W2019930191 hasConcept C62520636 @default.
- W2019930191 hasConcept C96026104 @default.
- W2019930191 hasConceptScore W2019930191C10874694 @default.
- W2019930191 hasConceptScore W2019930191C115260700 @default.
- W2019930191 hasConceptScore W2019930191C121332964 @default.
- W2019930191 hasConceptScore W2019930191C124712363 @default.
- W2019930191 hasConceptScore W2019930191C130893637 @default.
- W2019930191 hasConceptScore W2019930191C193493375 @default.
- W2019930191 hasConceptScore W2019930191C25536358 @default.
- W2019930191 hasConceptScore W2019930191C26873012 @default.