2002Journal of Henan Normal UniversityRequires access

Pure Electronic Mechanism of Superconductivity

Pei Zhao

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Abstract

The common mechanism is suggested to illuminate superconductiviy of Onormal metallic and high Tc superconductors,which is based on the electron phonon interaction, the interaction among lattice screened electrons and that of electronic spins.It is showed that the mechanism of both MgB2 superconductivity and ceramic superconductivity is due to reduction of the number of free electrons,by which the formula of BCS can be mended,leading to the prediction that the critical temperature of Li2O is higher than that of MgB2.

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What this paper is about

The common mechanism is suggested to illuminate superconductiviy of Onormal metallic and high Tc superconductors,which is based on the electron phonon interaction, the interaction among lattice screened electrons and that of electronic spins.It is showed that the mechanism of both MgB2 superconductivity and ceramic superconductivity is due to reduction of the number of free electrons,by which the formula of BCS can be mended,leading to the prediction that the critical temperature of Li2O is higher than that of MgB2.

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Available abstract

The common mechanism is suggested to illuminate superconductiviy of Onormal metallic and high Tc superconductors,which is based on the electron phonon interaction, the interaction among lattice screened electrons and that of electronic spins.It is showed that the mechanism of both MgB2 superconductivity and ceramic superconductivity is due to reduction of the number of free electrons,by which the formula of BCS can be mended,leading to the prediction that the critical temperature of Li2O is higher than that of MgB2.

Key concepts: Superconductivity, Condensed matter physics, Spins, Electron, Lattice (music), Metal, Mechanism (biology), Ceramic

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