What people are saying - Write a review
We haven't found any reviews in the usual places.
The origin of the superconducting state
The variation of the superconducting state in space
The magnetic state of type II superconductors
3 other sections not shown
Abrikosov absolute zero amplitude applied field applied flux attractive interaction BCS theory behaviour boundary condition calculation chapter circulating currents coherence length conducting conductor configuration consider constant Cooper pairs corresponding critical current critical field curl current density decrease discussed energy gap equilibrium excitations experimental expressed external field Fermi energy Fermi level fluxoids free electrons frequency gauss Giaever Gibbs free energy helium Hence increase inductance integral Josephson junction kinetic energy lattice lead loop magnetic field magnetisation curve matrix element measured Meissner effect minimise momentum normal metal normal region nucleation observed Onnes order parameter particle penetration phonon Phys plane wave possible potential quantum result shown in Fig solenoid solution specific heat specimen SQUID super supercon surface energy temperature dependence term thermal thermodynamic tion transition tunnelling type II superconductor uk and vk voltage wave function wave vector wavefunction weak link wire