A new method of preparing thin film metal-hydride electrodes for metal-hydride batteries is described. The method consists of simultaneous deposition of multi-component metallic species onto a substrate while bombardi...A new method of preparing thin film metal-hydride electrodes for metal-hydride batteries is described. The method consists of simultaneous deposition of multi-component metallic species onto a substrate while bombarding the growing, deposited thin film electrode with a low energy hydrogen ion beam An amorphous LaNi4 hydride thin film electrode has been prepared by this Hydrogen Ion Beam Assisted Deposition （HIBAD） technique. The electrochemical discharge capacity and cycle life of this electrode in a 6 M KOH solution surpass previously reported values for La-Ni thin film electrodes prepared by other deposition methods.展开更多
文摘A new method of preparing thin film metal-hydride electrodes for metal-hydride batteries is described. The method consists of simultaneous deposition of multi-component metallic species onto a substrate while bombarding the growing, deposited thin film electrode with a low energy hydrogen ion beam An amorphous LaNi4 hydride thin film electrode has been prepared by this Hydrogen Ion Beam Assisted Deposition （HIBAD） technique. The electrochemical discharge capacity and cycle life of this electrode in a 6 M KOH solution surpass previously reported values for La-Ni thin film electrodes prepared by other deposition methods.
