期刊
CERAMICS INTERNATIONAL
卷 48, 期 24, 页码 36336-36346出版社
ELSEVIER SCI LTD
DOI: 10.1016/j.ceramint.2022.08.193
关键词
La3BWO9; Dy3+; PMMA; Luminescence
资金
- Natural Science Foundation of Guangdong Province, China
- National Natural Science Foundation of China
- [11474104]
In this study, La(3-x)DyxBWO9 phosphors and La(3-x)DyxBWO9/PMMA composite films were prepared. The absorption and photoluminescence of the phosphors, as well as the transmittance and radioluminescence of the composite films, were investigated. The results indicate that La(3-x)DyxBWO9 phosphors can be used in solid-state lighting devices, and the prepared composite films are expected to be applied in areas such as X-ray imaging and radiation detection.
A series of La(3-x)DyxBWO9 phosphors and La(3-x)DyxBWO9/PMMA composite films were prepared. The absorption and photoluminescence of phosphors as well as the transmittance and radioluminescence of the composite films were studied. La(3-x)DyxBWO9 phosphors mainly emit blue light at 486 nm and yellow light at 577 nm when excited at 310 nm, and the phosphors have good thermal stability. La(3-x)DyxBWO9/PMMA composite films have good transmittance and X-ray radiation properties. The results indicate that La(3-x)DyxBWO9 phosphors can be used in solid-state lighting devices, and the prepared composite films are expected to be used in fields such as X-ray imaging and radiation detection.
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