Plasma display panel comprising a terbium(III)-activated fluorescent substance
A technology for plasma and fluorescent substances, which is applied in the field of Ming Dynasty and can solve the problems of activating fluorescent substances with low y-value yellow-green spots and the like
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Embodiment 1
[0025] Deposition of PrPO in a plasma cell on a carrier plate 2 with ribbed structures 12 4 The green color filter layer 14 , which will subsequently become the green-emitting color segment of the fluorescent layer 9 . Next, deposit (Y 0.7 Gd 0.2 )BO 3 :Tb 0.1 As a green-emitting fluorescent substance. Then use Y respectively 2 o 3 :Eu or BaMgAl 10 o 17 :Eu is used as a fluorescent substance to establish red and blue color segments. Using the carrier plate 2 and the front plate 1, and having a xenon gas mixture as a UV light-generating component, a plasma display panel with an improved color point for green pixels is formed.
[0026] The color point (x, y) of the green sub-pixel in the plasma display panel is x=0.323, y=0.626. By comparison, without PrPO 4x The color point (x, y) of the green sub-pixel of the plasma display panel corresponding to the green color filter layer 14 is x=0.331, y=0.584.
Embodiment 2
[0028] Use only (Y x Gd 1-x-y ) 2 SiO 5 :Tb y , where y=0.05 was used as the green-emitting fluorescent substance, and a plasma display panel similar to that described in Example 1 was produced.
[0029] The color point (x, y) of the green sub-pixel in the plasma display panel is x=0.315, y=0.638. By comparison, without PrPO 4 The color point (x, y) of the green sub-pixel of the plasma display panel corresponding to the green color filter layer 14 is x=0.335, y=0.615.
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