Superconductivity in Ion-implanted Palladium Alloys |
Contents
THEORETICAL AND EXPERIMENTAL BACKGROUND | 7 |
EXPERIMENTAL PROCEDURES | 25 |
PRELIMINARY RESULTS | 44 |
3 other sections not shown
Common terms and phrases
accelerator alloys aluminum atoms beam calculated cause Chapter clearly compared concentration consider contribution copper corresponds decrease density determine deuterium dose electrons energy evaporation expect experimental experiments fact films function further given greater hence higher hydrogen implanted implanted region impurities increase indicates interaction inverse isotope effect ions known lattice leads less low temperature lower magnetic materials maximum maximum transition temperature measured metals method modes necessary needed nitrogen noted observed obtained occur optical palladium hydrides parameter PdHx PdHy phase phonon Phys points possible present pressure produced properties pure quantity range rates ratio reasonable relatively resistivity respectively sample showed shown in Fig shutter similar strip Stritzker structure substrate superconducting transition Table theoretical theory tion transition temperature tube typically voltage wide width