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Preparation and Characterizations of Nano-Zn 2 SiO 4 :Mn Phosphors by Titanium Doping. 報告學生 : 楊裕成 指導教授:鄭建民. Fig 1 . Life time of Zn (2-x) Ti (x) SiO 4 : Mn (x=0.01) phosphor s were annealed at 1000 ℃.
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Preparation and Characterizations of Nano-Zn2SiO4:Mn Phosphors by Titanium Doping 報告學生:楊裕成 指導教授:鄭建民
Fig1. Life time of Zn(2-x) Ti(x) SiO4 : Mn (x=0.01) phosphors were annealed at 1000℃.
Fig2. Life time of Zn(2-x) Ti(x)SiO4 : Mn (x=0.01) phosphors were annealed at 1100℃.
Fig3.Life time of Zn(2-x) Ti(x) SiO4 : Mn (x=0.01) phosphors were annealed at 1200℃.
Fig4. Life time of Zn(2-x) Ti(x)SiO4 : Mn (x=0.01) phosphors were annealed at 1300℃.
(℃) Fig5. Life time of Zn(2-x) Ti(x) SiO4 : Mn (x=0.01) phosphors were annealed at different temperature.
Fig6. Life time of Zn(2-x) Ti(x) SiO4 : Mn (x=0.02) phosphors were annealed at 1000℃.
Fig7. Life time of Zn(2-x) Ti(x)SiO4 : Mn (x=0.02) phosphors were annealed at 1100℃.
Fig8. Life time of Zn(2-x) Ti(x)SiO4 : Mn (x=0.02) phosphors were annealed at 1200℃.
Fig9. Life time of Zn(2-x) Ti(x)SiO4 : Mn (x=0.02) phosphors were annealed at 1300℃.
(℃) Fig10. Life time of Zn(2-x) Ti(x)SiO4 : Mn (x=0.02) phosphors were annealed at different temperature.
Fig11. Life time of ZnTi(x)Si(1-x) O4 : Mn (x=0.02) phosphors were annealed at 1000℃.
Fig12. Life time ZnTi(x)Si(1-x) O4 : Mn (x=0.02) phosphors were annealed at 1100℃.
Fig13. Life time of ZnTi(x)Si(1-x) O4 : Mn (x=0.02) phosphors were annealed at 1200℃.
℃ Fig14. Life time of ZnTi(x)Si(1-x) O4 : Mn (x=0.02) phosphors were annealed at different temperature.