Abstract: A method for forming an electrode in a plasma display panel, which simplify fabrication steps of a metal electrode and a transparent electrode and prevent bubbles from being generated due to reaction between the metal electrode and a dielectric layer, includes the steps of forming a metal oxide layer on a transparent substrate in a predetermined pattern, etching a surface of the metal oxide layer to form an uneven portion, and chemical plating a surface of the uneven portion to form a metal electrode.

Abstract: A method for manufacturing a black matrix of a plasma display panel includes the steps of forming transparent electrodes of upper electrode patterns and black matrix patterns on an upper substrate, and depositing a predetermined metal material on the transparent electrodes of the black matrix patterns. In the method for manufacturing a black matrix of a plasma display panel, it is possible to manufacture the black matrix without performing a separate baking process. In addition, since it is possible to pattern the upper electrode and the black matrix at the same time, the manufacturing process steps are simplified and the manufacturing cost is saved.

Abstract: A method for manufacturing a black matrix of a plasma display panel includes the steps of forming transparent electrodes of upper electrode patterns and black matrix patterns on an upper substrate, and depositing a predetermined metal material on the transparent electrodes of the black matrix patterns. In the method for manufacturing a black matrix of a plasma display panel, it is possible to manufacture the black matrix without performing a separate baking process. In addition, since it is possible to pattern the upper electrode and the black matrix at the same time, the manufacturing process steps are simplified and the manufacturing cost is saved.

Abstract: A thermal evolving method and apparatus for a plasma display panel method that is adaptive for reducing a noise as well as a thickness of the plasma display panel. In the method and apparatus, at least one of a Peltier effect and a Thomson effect is used to refrigerate the plasma display panel.

Abstract: Protection film composition for a plasma display panel consisting of a metal oxide including 60 wt %˜90 wt % of magnesium 2-methoxyethoxide, and 10 wt %˜40 wt % of metal polyoxohydroxide, and an organic solvent, thereby enhancing a luminance, reducing a discharge current and discharge voltage required for providing the same luminance, and permitting to form an excellent magnesium oxide thin film having no pin hole, crack, and excellent electric characteristics.