Superconductivity of Rubidium Tungsten Bronze |
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Abrikosov-Ginzburg and Gor'kov Abrikosov-Ginzburg equation acid etched samples alkali metal anisotropy atoms bakelite behavior bracketed intervals Chem conduction band copper Cornell University critical field Critical Temperatures crystal samples diamagnetic diffusion dots and bracketed effective mass erature experimental points Figure 17 Gauss given sample Gor'kov equations respectively H Hc2 Hc2 versus temperature heated heater coil hexagonal hexagonal rubidium tungsten higher hydrogen increase indicate inner dewar intervals are experimental ions J. K. Hulm lock-in amplifier lower M. J. Sienko Magnéli magnetic field Magnetic Susceptibility maximum measured mesh mutual inductance normal obtained outer dewar paramagnetic percentage volume phonon phonon spectrum Phys powder samples Pyrex quartz tube range ratio RbWO RbWO3 samples Remeika result roughly rubidium concentration rubidium tungsten bronze s-orbitals sample chamber signal single crystals solenoid solid line super superconducting superconducting material superconducting transition Sweedler temp test coil tetragonal thermistor thesis transition temperature vacancies vacuum voltage x-value