Plasma display panel

A plasma display panel provided with a discharge space formed between a front-side substrate assembly and a rear-side substrate assembly,

• wherein the front-side substrate assembly has a plurality of display electrodes for defining lines of a screen, and
• the rear-side substrate assembly has a plurality of barrier ribs for partitioning the discharge space in a column direction, and phosphor layer that is applied to side surfaces and a bottom surface of each of the grooves formed between the barrier ribs,
• the plasma display panel is characterized in that each of the display electrodes for defining the lines comprises a belt-like metal electrode extends over an entire length of the screen in a line direction, and a plurality of translucent electrodes that projects from the metal electrode toward another display electrode adjacent thereto,
• each translucent electrode has a width the same as or narrower than a width of a bottom of the phosphor layer, has a visible Light transmitting ranging from 10% to 80% inclusive, and is made of a transparent conductive material containing an impurity, the impurity being contained therein so that the visual light transmittance of the translucent electrode ranges from 10% to 80% inclusive.

A plasma display panel provided with a discharge space formed between a front-side, substrate assembly and a rear-side substrate assembly,

• where the front-side substrate assembly has a plurality of display electrodes for defining lines of a screen, and
• the rear-side substrate assembly has a plurality of barrier ribs for partitioning the discharge space in a column direction, and a phosphor layer that is applied to side surfaces and a bottom surface of each of grooves formed between the barrier ribs,
• the plasma display panel is characterized in that each of the display electrodes for defining the lines comprises a belt-like metal electrode that extends over an entire length of the screen in a line direction, and a plurality of translucent electrodes that projects from the metal electrode toward another display electrode adjacent thereto,
• each translucent electrode has a width the same as or narrower than the width of a bottom of the phosphor layer, has a visible light transmittance ranging from 10% to 80% inclusive, and is provided with a transparent conductive material layer and a metal layer laminated on the transparent conductive material layer, the metal layer having a thickness that allows the visual light transmittance of the translucent electrode to range from 10% to 80% inclusive.