The XRD results show that pure phase phosphors are obtained.
XRD结果表明，所制备的样品为较好的单相。
A plurality of recesses for phosphors can have various Numbers and shapes.
用于荧光体的多个凹部可具有不同的数目和形状。
The phosphors can be formed on the recess which is formed on the front substrate.
荧光体可以形成在凹部上，其中，凹部形成在前基底上。
Each triad of primary colored phosphors constitutes a single pixel on the computer monitor.
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。
This method provides a new and practical method to improve the color purity of red phosphors.
此法为改善红粉色纯度提供了一种崭新实用的方法。
Some foundations and directions are provided for the researches of FED phosphors in this paper.
通过本文研究，为FED荧光粉的研究提供了一些基础依据和方向。
The effects of calcining temperature on structural variations of the phosphors were investigated.
通过测定样品的激发光谱和发射光谱，研究了焙烧温度对荧光粉结构的影响。
The luminous efficiency of color PDP is related to the working gases and phosphors in great extent.
彩色PDP的发光效率在很大程度上与工作气体和荧光粉有关。
The ultraviolet light is then converted to visible light by phosphors on the surface of the discharge tube.
紫外线通过放电管屏面上的荧光粉转变成可见光。
Figure 6 - Each pixel on the computer monitor is made up of a triad of red, green, and blue phosphors.
图6-计算机上的每个像素的显示器是由红色，绿色黑社会和蓝色荧光粉。
The data of X-Ray Powder Diffraction have proved these phosphors 'structure and their pure crystal composition.
射线粉末衍射数据确证了其晶体结构，证明这些荧光粉晶相组成纯净。
Therefore, it is suggest that the sample phosphors with good spectral characteristics can be used as PDP red phosphors.
表明这类荧光粉是一种性能较好的PDP用红色荧光粉。
An in-depth investigation on the optical and electronic properties of a series of cyclometalated iridium phosphors was provided here.
本文深入研究了一系列含铱磷光化合物的光电性质。
The brightness of long decay phosphors composed of rare-earth activator depends on the components of the raw material and temperature of fire.
以稀土为激活剂的长余辉磷光体，它的余辉亮度主要受原材料配比和煅烧温度的影响。
In this paper, preparation and properties of mechanically alloying, solid state reaction, and nano-sized rare earth phosphors are reviewed in details.
本文对机械合金化、固相反应、稀土纳米荧光材料的制备及性质方面的研究作了详细的阐述。
In this paper, some rare-earth elements used in synthesizing PDP phosphors were discussed, moreover, new ideas on preparing PDP phosphors were put forward.
介绍了几种稀土元素在PD P荧光粉合成中的应用，同时提出了制备PD P荧光粉的新思路。
As compared with traditional packaging method, the coating method with phosphors away from the LED chip can improve the luminous efficiency by more than 5%.
与传统封装方法相比，采用荧光粉远离芯片的封装方法可使发光效率提高5%左右。
It is very important that discharges of nitrogen and phosphors in wastewater are controlled to prevent eutrophication in water bodies such as lakes and rivers.
控制污水中氮和磷的排放，对于防治水体富营养化是十分重要的。
The electroluminescent phosphors are the important materials of new type cabin signal display EL screen used for displaying the data of the main battle aircraft.
新型主战飞机用电致发光屏是一种新型的飞机座舱仪表信号显示屏，是基于电致发光（EL）原理而制作的，用于飞机座舱仪表照明显示。
Rare earths are comprised of 17 elements, such as terbium, which is used to make green phosphors for flat-panel TVs, lasers, and high-efficiency fluorescent lamps.
稀土由17种元素组成。其中铽（Tb）可用来制造平板电视绿色磷光物，激光和高效率荧光灯。
It is also used as a component of alloys, in phosphors for fluorescent lamps, and in the glasses of certain optical components, such as camera and microscope lenses.
锗还用作合金组分、萤光灯的磷光粉和作照相机广角镜头和显微镜物镜等光学玻璃组分。
On the basis of studying many documents, introduced some non radioactive persistent red phosphors and systematically classified them according to their luminescent host.
在大量文献调研的基础上，根据发光基质的不同对目前非放射性长余辉红色磷光粉的研究现状进行了系统的分类介绍。
With the reaction of starches and phosphors oxychloride, the swelling of cross linked starch granules was controlled successfully through different degrees of substitution.
利用淀粉与三氯氧磷的交联反应，通过控制交联反应程度，成功地控制了交联淀粉颗粒的膨胀程度并使其停留在不同的溶胀阶段。
Aimed to improve the water-resistance and organics miscibility of inorganic longafterglow phosphor, the polymer-grafted long afterglow phosphors were synthesized in thisthesis.
为了改善现有无机发光材料耐水性差、有机物相容性差等缺点，本文设计合成了高分子接枝的长余辉发光材料。
Aimed to improve the water-resistance and organics miscibility of inorganic longafterglow phosphor, the polymer-grafted long afterglow phosphors were synthesized in thisthesis.
为了改善现有无机发光材料耐水性差、有机物相容性差等缺点，本文设计合成了高分子接枝的长余辉发光材料。
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