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AssigneeMatsushita Electric Industrial Co., Ltd.
InventorsMasaki Aoki, Mitsuhiro Ohtani, Junichi Hibino
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A method for producing a high-luminance and high-image-quality plasma display panel (PDP) reduced in panel yellowing, and the PDP obtained by the method. The method for forming electrodes in the PDP includes a base layer formation step for forming a base layer containing metal oxides on a glass substrate, a precipitation promoting step for depositing palladium on regions of the base layer where a metal layer will be formed, and a step for forming the metal layer on the regions. The metal oxides contained in the base layer is preferably made of one or more metal oxides selected out of nickel oxide, cobalt oxide, iron oxide, zinc oxide, indium oxide, copper oxide, titanium oxide, praseodymium oxide, and silicon oxide.
A plasma display panel manufacturing method including a first electrode formation step for forming a plurality of first electrodes on a surface of a first glass substrate, a step for applying a dielectric material on the surface of the first glass substrate on which the plurality of first electrodes have been formed and baking the result, a second electrode formation step for forming a plurality of second electrodes on a surface of a second glass substrate, a step for applying a white dielectric material on the surface of the second glass substrate on which the plurality of second electrodes have been formed and baking the result, and a glass substrate alignment step for aligning the first and the second glass substrates so as to face each other, wherein
A plasma display panel manufacturing method including a first electrode formation step for forming a plurality of first electrodes on a surface of a first glass substrate, a step for applying a dielectric material on the surface of the first glass substrate on which the plurality of first electrodes have been formed and baking the result, a second electrode formation step for forming a plurality of second electrodes on a surface of a second glass substrate, a step for applying a white dielectric material on the surface of the second glass substrate on which the plurality of second electrodes have been formed and baking the result, and a glass substrate alignment step for aligning the first and the second glass substrates so as to face each other, wherein
A plasma display panel comprising a first glass substrate on which a plurality of first electrodes and a dielectric layer which is formed by applying a dielectric material and baking the result are formed, the dielectric layer covering the plurality of first electrodes, a second glass substrate on which a plurality of second electrodes and a white dielectric layer which is formed by applying a white dielectric material and baking the result are formed, the white dielectric layer covering the plurality of second electrodes, the first and the second electrodes facing each other, wherein
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