Abstract: A field emission panel includes a cathode electrode which is formed on a substrate, a multilayered carbon nano tube which is formed on the cathode electrode, and a gate electrode which is positioned at a distance from the multilayered carbon nano tube. The multilayered carbon nano tube has a minimum thermal decomposition temperature higher than a temperature of a heating process which is performed when the field emission panel is manufactured, and has three peaks of Raman scattered light in a Raman intensity distribution characteristic.

Abstract: A protective layer for a PDP, includes a doping source layer containing at least one dopant, and a body layer which contacts the doping source layer and includes at least one dopant diffused from the doping source layer. The protective layer is capable of reducing dopant loss and avoiding trade-offs/conflicts between a donor dopant and an acceptor dopant.

Abstract: A method for driving a plasma display including scan electrodes, address electrodes, sustain electrodes, and a plurality of discharge cells with one frame divided into a plurality of subfields. In the method, a voltage of the scan electrode is gradually increased from a second voltage to a third voltage while applying a first voltage to the address electrode during a first reset period of a first subfield among the plurality of subfields, and the voltage of the scan electrode is gradually increased from a fifth voltage to a sixth voltage that is lower than the third voltage while applying a fourth voltage that is higher than the first voltage to the address electrode during a second reset period of a second subfield among the plurality of subfields.