荧光体层形成在所述放电室中。
用于荧光体的多个凹部可具有不同的数目和形状。
A plurality of recesses for phosphors can have various Numbers and shapes.
荧光体可以形成在凹部上，其中，凹部形成在前基底上。
The phosphors can be formed on the recess which is formed on the front substrate.
每个主要有色荧光体黑社会构成了对电脑显示器单个像素。
Each triad of primary colored phosphors constitutes a single pixel on the computer monitor.
的掺杂对BAM荧光体的晶体结构和发光性能有很大影响。
The crystal performance and luminescent property had a great change when Sr2+ ions was doped in BAM.
结果发现，高分子担载荧光体既能辐射强荧光，又是蓝光区发光材料。
It is found that the luminous emission of the polymer-carried fluorophores can be strong light, being a blue luminous material.
另外，使隔墙形成较高的高度，因荧光体涂抹面积的扩大，可以提高发光效率。
In addition, higher height of partition wall enlarges area with phosphor being covered so as to raise luminous efficiency.
通过溶胶-凝胶法将有机荧光体包覆在无机凝胶中，制得了一种新的有机-无机杂化材料。
The organic luminophore is encapsulated in the silica gel, thus a new organic-inorganic doped material is made.
通过本发明的等离子显示器，使荧光体涂 抹面积增大，提高亮度和色温，并能够提高排气特性。
Therefore, the invention is able to enlarge the application area of the fluorophor, enhance the brightness and color temperature as well as improve the gas emission performance.
内容包括方法原理、方法的建立，有关荧光体系的研究，以及与其他技术的联用等一些最新进展。
The content includes the principle, the establishment of methods, the study of fluorescence system and the development of the combination with other techniques.
研究了分子内电荷转移荧光体4-二甲氨基查尔酮（DMAC）在表面活性剂水溶液中的荧光光谱。
The fluorescence spectra of 4-dimethylaminochalcone(DMAC), an intramolecular- charge-transfer fluorescence probe, are examined as a function of surfactant concentration in aqueous solution.
及一阳极，其包括一阳极导电层及一形成在阳极导电层上的荧光体层，该荧光体层和电子发射体相对。
The anode includes an anodic conductive layer, and a fluorophor layer formed on the anodic conductive layer. The fluorophor layer is faced to the electro emitter.
本发明合成的金属硫化物可以用于颜料、太阳电池、荧光体材料、药物等用途上的开发，具有广泛用途。
The synthesized metal sulfide of the invention can be applied in the usage development of paint, solar batteries, fluorescence materials and medicine, with wide application.
本发明合成的金属硫化物可以用于颜料、太阳电池、荧光体材料、药物等用途上的开发，具有广泛用途。
The synthesized metal sulfide of the invention can be applied in the usage development of paint, solar batteries, fluorescence materials and medicine, with wide application.
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