本发明改善了等离子显示器的透明电极结构，从而能够提高发光亮度和放电效率。
Therefore, the invention, which improves the structure of transparent electrode in plasma display, is able to improve the luminance brightness and discharging efficiency.
此举将会有效提高发光亮度。
激活剂用量和煅烧温度影响荧光粉的发光亮度，是主要控制因素。
The flux dosage and calcination temperature, which affect luminosity of the fluorescent powder, are the major controlling factors.
讨论LED的偏置电阻和发光亮度对LED背光源亮度均匀性的影响。
Discuss the impact on LED brightness uniformity from bias resistor and brightness in this paper.
观察到合成温度、灼烧时间、原料配比对磷光体的形成和发光亮度有重要影响。
The influences of the temperature, the fire time and the ratio of the raw material were investigated.
科明达荧光粉发光亮度高，寿命长达50000小时，达到世界同行业领先水平。
With high lightness and long life (50000 hours), the phosphor for white light LED has reached leading levels of the world in this field.
与高温固相反应法比，该方法具有合成温度低，反应时间短，所得产物硬度小，发光亮度好等优点。
It is more bright, has low hardness, low temperature of synthesis and requires less time in synthesis when compared with products synthesized by high temperature solid-phase reactions.
其中与光学特性测量有关的项目有：发光亮度、角度相关亮度均匀性、角度相关对比度、灰阶色度线性等。
Optical characteristics-related measurement projects in it include: shining luminance, angle-related luminance uniformity, angle-related contrast ratio, gray scale curve, etc.
稀土发光材料具有发光亮度高、寿命长、无辐射污染等优异性能特点，一直是国内外发光材料的研究热点。
Owning to their high brightness, long lifetime and non-radiation substance, more attention has been paid to the investigations of REI activated luminescent material.
本发明解决了现有的单丝电极存在的发光亮度不高的问题，具有结构简单，可大幅度提高显示亮度的优点。
The invention resolves the problem that the brightness of the current single wire electrode is not enough, and has simple structure, can greatly improve the display brightness.
铝酸盐长余辉发光材料具有发光亮度高、余辉时间长、性能稳定、无辐射无污染等优异性能，具有广阔的应用前景，铝酸锶铕镝是其中之一。
Aluminate long afterglow luminescent materials have broad application prospects, because of the properties of high brightness, long afterglow time, stable performance, and non-radiation.
铝酸盐长余辉发光材料具有发光亮度高、余辉时间长、性能稳定、无辐射无污染等优异性能，具有广阔的应用前景，铝酸锶铕镝是其中之一。
Aluminate long afterglow luminescent materials have broad application prospects, because of the properties of high brightness, long afterglow time, stable performance, and non-radiation.
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