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img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor

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Page 1: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor
Page 2: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor
Page 3: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor
Page 4: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor
Page 5: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor
Page 6: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor
Page 7: img031 - TAUstar.tau.ac.il/~mints/papers/104.pdf · Let us as usually introduce the following dimensionless quantities: e, the temperature, and is, the current density in the superconductor