s −1 after irradiation to 50 Gy revealed four peaks related to the magnesium doped lithium aluminium borate.The glow curve measured at a heat rate of 1 ☌ A decrease in the TGA (%) exhibited a weight loss or water loss for the undoped, 0.1% Mg, and 0.3% Mg-doped lithium aluminium borate materials. The energy band gaps obtained from the direct transition of borate phosphor materials were within the range of 3.00–4.40 eV, and the doped samples gave a higher energy band gap. Differences in the crystallite size and particle size were 38.85–67.35 nm and 50–60 nm, respectively, and these results were obtained from the analyzed X-ray diffractogram and scanning electron spectroscopy. The structural properties of lithium aluminium borates improved due to the magnesium dopants used. This report focuses on the structural, optical, thermoluminescence, and kinetic analyses of the main glow peak. A solid-state sintering technique was employed as the borate samples were synthesized. ![]() ![]() The doping of magnesium on lithium aluminium borate phosphor is reported in this study.
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