提供了一种等离子体显示板(pdp)。
汇流电极是等离子体显示板(PDP)中的必要结构。
Bus electrode is one of the most necessary parts for plasma display panel (PDP).
本文叙述了一种辐射蓝绿光的交流等离子体显示板的结构和原理。
The structure and principle of the emitting blue-green light ACPDP are described in this paper.
设计等离子体显示板(PDP)真空紫外荧光测试系统来测评PD P荧光粉的特性。
A testing system for Vacuum Ultraviolet (VUV) fluorescence spectrum radiation in Plasma Display Panel (PDP) is designed for testing and evaluating the properties of PDP phosphor.
提供用于等离子体显示板（PDP）或其它真空紫外激发（VUV）设备的蓝光发射荧光粉。
The invention provides blue ray emitting fluorescent powder used for a plasma display panel (PDP) or other vacuum ultraviolet (VUV) excitation devices.
实验结果数据表明，该系统的可重复性好、精度高，为研制高质量的等离子体显示板提供了依据。
The experimental data show that the system has a good testing repeatability and high-accuracy, this provides a basis for developing a high-quality plasma display panel.
采用流体模型研究了一种五电极交流等离子体显示板（ACPDP）的单点触发放电过程及其真空紫外线（VUV）的辐射特性。
The triggering discharges and the vacuum ultra-violet (VUV) radiation of the five-electrode alternating current plasma display panel (AC PDP) were investigated by fluid model simulations.
模拟结果能显示边界层区域等离子体参数的分布特性，尤其能显示第一壁和偏滤器靶板附近等离子体参量的分布特性。
The simulation results can show plasma parameter distribution characteristics in the area of edge layer, especially the characteristics near the first wall and divertor target plate.
模拟结果显示边界层区域等离子体参数的分布特性，尤其能显示第一壁和偏滤器靶板附近等离子体参量的分布特性。
The simulation result shows the plasma parameter distributions in the edge layer, especially near the first wall and the divertor target plate.
模拟结果显示边界层区域等离子体参数的分布特性，尤其能显示第一壁和偏滤器靶板附近等离子体参量的分布特性。
The simulation result shows the plasma parameter distributions in the edge layer, especially near the first wall and the divertor target plate.
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