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THEORY OF SUPERCONDUCTIVITY
INTRODUCTION TO THE EXPERIMENTAL SECTION
31 other sections not shown
acceptor alloy films aluminum aluminum-TCNQ annealed B. T. Matthias bakeout BCS theory bond charge-transfer conduction coulomb critical current critical temperature cryostat curve decreases deposit thickness monitor effect electrical feedthroughs electrical resistance electron beam gun electron-electron interaction electron-phonon electronegativity energy gap enhancers evaporation sources excited experimental Fermi Figure filament flange frequency Hamiltonian helium reservoir inch indium ion pump large number linear motion feedthrough liquid helium liquid helium temperature liquid nitrogen liquid nitrogen temperature low temperatures matrix elements measured metal atoms metal surfaces molecular momentum niobium niobium-perylene normal resistivity orbitals organic compound organic molecules pair perylene phonon Phys pure with respect pyrazine quartz crystal quench-condensed sensor stainless steel sublimed once substrate supercon superconducting surface experiments TCNQ TCNQ deposition rate temperature heat shield term thallium theory of superconductivity thermal torr tube vacuum chamber vacuum system valve vanadium vanadium films vibrations voltage wave function wave number zone refined