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Article Abstract
A series of LiBaY(MoO) phosphors, co-doped with Sm and Eu, were successfully fabricated through a high-temperature solid-phase synthesis approach. An exhaustive analysis was undertaken, encompassing the purity of the powder phase, the crystalline structure, morphological characteristics, elemental distribution, luminescent behavior, thermal robustness, and electroluminescent properties. The phosphor has high activation energy (0.40 eV) and good thermal stability. The light emission spectra of light-emitting diode (LED) devices fabricated using commercially available 400 nm LED chips and LiBaY(MoO):0.12Sm/0.06Eu were highly overlapped with the absorption bands of P, P phytochromes, and chlorophylls a and b. These results demonstrate the significant potential of Sm/Eu co-doped LiBaY(MoO) phosphors for plant growing applications.
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