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Thermodynamic properties of mercury based cuprate due to Cooper pair-electron interaction
(JMEST, 2016-07)
Interaction between electrons at the critical temperature that culminates into formation of Cooper pair holds the key in explaining cuprates high temperature superconductivity. We study the effects of the number of copper ...
Quantum thermodynamics of a strongly interacting bose-fermi mixture in a three-dimensional anharmonic potential
(Researchgate, 2016)
Thermodynamic properties of Bose-Fermi mixture at ultra-low temperatures were studied using
perturbation theory in three Cartesian coordinates. The Hamiltonian for the mixture was developed in
terms of boson-boson, ...
Effect of CuO2 plane on the thermodynamic properties of double Tl-O layered cuprate based on an interaction between cooper pair and an electron
(2016)
Electron interaction near the critical temperature is viewed as a contributor to the establishment of the
energy gap which of late is projected to be a harbinger to explaining microscopic mechanism behind High
temperature ...