Abstract
The Ginzburg–Landau (GL) equations for a two-component high- T c superconductor are derived. The repulsive interactions induce the high- T c superconductivity. The calculated dependence H c2( p) on the concentration of doped holes p for cuprates has the maximum as a function of p. A positive curvature for H c2( T) with no evidence of saturation at low temperatures is obtained.
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