“…Among all rare earth ions, Dy 3+ is often used as a luminescence center because of its yellow emission band around 480 nm and 580 nm. [17][18][19] The strength of its lightemitting band depends on the lattice environment in which it is located in the host. For example, Dewangan et al studied the photoluminescence properties of the Sr 3 MgSi 2 O 8 host by single doping of Dy 3+ , and the test results showed that white light was successfully obtained.…”
(a) Diffuse reflectance spectrum and (b) LYGO, LYGO:0.015Dy3+, LYGO:0.02Eu3+, LYGO:0.015Dy3+, 0.02Eu3+ band gap values; (c) the LYGO phosphors band structure; (d) Dy3+, Eu3+ doped phosphors of the LYGO band structure.
“…Among all rare earth ions, Dy 3+ is often used as a luminescence center because of its yellow emission band around 480 nm and 580 nm. [17][18][19] The strength of its lightemitting band depends on the lattice environment in which it is located in the host. For example, Dewangan et al studied the photoluminescence properties of the Sr 3 MgSi 2 O 8 host by single doping of Dy 3+ , and the test results showed that white light was successfully obtained.…”
(a) Diffuse reflectance spectrum and (b) LYGO, LYGO:0.015Dy3+, LYGO:0.02Eu3+, LYGO:0.015Dy3+, 0.02Eu3+ band gap values; (c) the LYGO phosphors band structure; (d) Dy3+, Eu3+ doped phosphors of the LYGO band structure.
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