magnetron sputtering

The temperature dependence of conductivity, enthalpy and 7Li spin-lattice relaxation time for Li₅TiN₃ and Li₅SiN₃, have been measured at temperature range of 300 – 850 K. The migration and formation energy of lithium defects have been estimated. Also the conductivity of Li₉TiN₃O₂, Li₉SiN₃O₂ have been measured and the activation energies of the conduction have been obtained.

Thin-layered magnesium anodes on steel base were made by magnetron spraying. Physical-mechanical properties of this anodes in neutral liquid ammonia electrolyte were determined. The results obtained show that magnesium coating with disordered porous structure provide least time of activation, high discharge currents and can be used as anodic layer of bipolar electrodes of reserve current sources.