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THEORETICAL AND EXPERIMENTAL BACKGROUND
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accelerator tube aluminum atoms BCS theory beam current beam line calculated carbides and nitrides Chapter Co-evaporation conduction electrons debye temperature decrease deuterium electron-phonon coupling parameter electronic density energy evaporation rates experimental fact fermi energy ferromagnetic function of temperature high Tc high temperature high transition temperatures Hydrogen in Metals implanted region implanted with hydrogen increase in Tc indium inverse isotope effect ion implantation ion-implanted irradiated lattice low temperature MacLachlan magnetic susceptibility maximum Tc occurs maximum transition temperature measured resistance metal hydrides Mo films molybdenum MoNx niobium nitrogen noble metals observed obtained palladium films palladium hydrides Papaconstantopolous paramagnetic PdHx and PdDx PdHy Pdi-xAlxHy Pdi-xZnxHy(Dy phase phonon modes Phys plasma frequency pseudobinaries range straggling ratio s-electron sample block sharp increase shown in Fig similar Stritzker substrate superconducting transition temperatures Tc's thorium torr transfer tube transition metal tures typically width