Microwave Studies of High Temp Superconductors, Volume 17Anant Narlikar Six chapters report recent research on high-temperature superconductors from the perspectives of radio-frequency investigations, microwave surface impedance and device applications, mixed state and superconducting fluctuations in single crystals, circuits and systems, microwave and radio- frequency |
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A.M. Portis angular anisotropic Appl BCS theory behavior Birr BSCCO c-axis calculated cavity complex conductivity conventional superconductors corresponding critical current current density curves dc field dc magnetic depinning frequency dielectric doped effects equation excitation frequency experimental field dependence field sweep flux fluxon grain granules harmonics High Temperature Superconductors HTCS hysteresis hysteretic intergranular irreversibility line Josephson Josephson junctions Lett LFIMA linear Lorentz force magnetic field magnetization current Mahel measurements microwave absorption microwave losses microwave response MMMA signal modulation field MW absorption normal observed obtained parameter Phys Physica plots quasiparticles reflected power resonator Revenaz s-wave S.M. Bhagat sample scaling shown in Fig single crystals Solid State Commun substrate Supercond surface impedance surface resistance T/Tc technique temperature dependence thermal thin films type II superconductor values vortex lattice vortices weak links WL network YBCO films