Abstract:
A plasma display panel (PDP) dramatically improved in luminance and luminous efficacy, wherein the panel structure is set such that an electric field with an equivalent field strength of at least 37V/cm.KPa is generated in a discharge space when discharge is conducted selectively in a discharge space where electric charge is accumulated on a dielectric layer by applying a discharge maintaining voltage between a pair of display electrodes. In order to realize an equivalent field strength as high as at least 37V/cm KPa, a gap between a pair of display electrodes, a thickness of a dielectric layer and a dielectric constant, and an amount of Xe sealed in a discharge space should be appropriately set for an effective panel structure.
Abstract translation:等离子体显示面板(PDP)的亮度和发光效率显着提高,其中面板结构被设定为使得当选择性地进行放电时,在放电空间中产生具有至少37V / cm·KPa的等效场强的电场 在通过在一对显示电极之间施加放电维持电压而在电介质层上蓄积电荷的放电空间。 为了实现高达至少37V / cm KPa的等效场强,一对显示电极之间的间隙,介电层的厚度和介电常数以及密封在放电空间中的Xe的量应该是 适当设置有效的面板结构。
Abstract:
To provide a photosensitive paste (30), which makes it possible to easily form a rib (16) having improved quality, in the production of a substrate (12) for PDP (10). The photosensitive paste (30) is composed of a powder of ceramics, and a photocurable binder that includes a silane coupling agent having a functional group, which is polymerized by radiation.
Abstract:
A method of maintaining/driving the discharge of an AC discharge display in which at least one of a pair of discharge electrodes is covered with a dielectric layer. A pulse Vy is a narrow width pulse whose pulse width is shorter than a period for which the priming effect of generated charged particles or quasi-stable atoms persists in a discharge space. A pulse Vx is a wide width pulse which is generated before the priming effect produced by the pulse Vy disappears and at about the time when the pulse Vy is generated and has a pulse width long enough for the discharge to stop due to wall charges generated on the dielectric layer. The pulses Vx and Vy are continuously applied between the pair of electrodes to generate a sustained discharge and the influence of the collision of ions against the discharge electrodes and the phosphor is reduced.