Effect of precursors on the preparation of lithium aluminate

Investigations on Lithium Carbonate-alumina Composite Solid Electrolyte: Morphology and Related Conductivity

“…However, the diffraction patterns suggest that the growth of the crystal is blocked by the presence of the amorphous phase. The pathway of the crystallization of the lithium aluminates can be represented by the following route [16]: DSC curves of pure Li 2 CO 3 and prepared composite samples are shown in Fig. 3.…”

Use of group 13 aryloxides for the synthesis of green chemicals and oxide materials

“…51 Due to its chemical and thermal stability and good performance under high neutron and elec-tron radiation, it is also considered a promising tritium breeder in nuclear fusion reactors. 52 β-LiGaO 2 doped with V 3+ or Cr 4+ ions is an attractive tunable room-temperature laser material. β-LiGaO 2 -ZnO alloys form semiconductors with a tunable direct bandgap between 3.3 and 5.6 eV and therefore were applied to fabricate laser diodes and photodetectors operating throughout much of the ultraviolet region.…”

Identification of defect centres using TSL, PL, OSL and ESR studies in LiAlO2based phosphors

“…For example, Turner et al (1988) reported hydrolysis of lithium alkoxides and aluminium alkoxides followed by calcination at 550 • C results of γ -LiAlO 2 . Kwon et al (1997) prepared the pure phase γ -LiAlO 2 by the sol-gel method starting with long chain alkoxides such as lithium butoxide and aluminium butoxide. However, all the above-mentioned syntheses employ metal alkoxides, which are relatively expensive and moisture sensitive, thus requiring careful handling.…”