The molten salt synthesis (MSS) method was used to effectively prepare green phosphors BaAl 1.4 Si 0.6 O 3.4 N 0.6:Eu 2+ (or BSON:Eu 2+ ) via one homogeneous sphere-like morphology utilizing NaNO3 in the form of the reacting agent. The phosphors produced one wide stimulation spectrum between 250 and 460 nm, as well as a significant green emission has a maximum point at 510 nm owing to the 4f 6 5d 1 -4f 7 ( 8 S 7/2 ) shifts for Eu 2+ ions. With illumination under 365 as well as 450 nm, the ideal discharge strengths for the specimen prepared utilizing melted salt would receive a boost of 17% and 13%, surpassing the specimen prepared utilizing the traditional solid-state reaction (SSR) approach. The abatement of concentration for the ions of Eu 2+ from BSON:Eu 2+ is 5 mol%. In addition, the interactivity of dipole-dipole would be the cause of said abatement. Heat abatement would be studied utilizing the formation coordinate method with abatement temperature reaching ∼200 o C. Elemental mapping as well as power-dispersing X-ray spectroscopy (EDS) spectra demonstrated that the expected BaAl 1.4 Si 0.6 O 3.4 N 0.6:Eu 2+ materials were formed.
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Ton Duc Thang University
Industrial University of Ho Chi Minh City
Nha Trang University
Thu Dau Mot University
Trường ĐH Nguyễn Tất Thành
Posts and Telecommunications Institute of Technology
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