1·Made of special glass tube and fluorescent powder.
采用特殊玻管和荧光粉。
2·As for the fluorescent powder quality sorting, yanchao lights available comparison test. & k2 ]!
至于荧光粉品质的分选，可用验钞灯作对比检验。
3·The present invention also relates to a plasma display device which adopts this nanometer fluorescent powder.
本发明还涉及采用这种纳米荧光粉的等离子显示装置。
4·It adopts enveloping technology of fluorescent powder to reduce attenuation of tri - phosphor fluorescent powder.
采用荧光粉包膜技术，减少三基色荧光粉的衰减。
5·The flux dosage and calcination temperature, which affect luminosity of the fluorescent powder, are the major controlling factors.
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。
6·The decay of light strength and relations between fluorescent powder concentration and film thickness, and light strength and light af...
讨论了荧光粉含量、涂层厚度与荧光光强、余辉时间等的关系。
7·The life of white LED using epoxy resins to mix fluorescent powder is shorter than silica gel, hut initial luminous flux is higher about 25 %.
使用环氧树脂作为配粉胶比用硅胶寿命短，但初始光通量相对高出25％。
8·The invention provides blue ray emitting fluorescent powder used for a plasma display panel (PDP) or other vacuum ultraviolet (VUV) excitation devices.
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。
9·The decay of light strength and relations between fluorescent powder concentration and film thickness, and light strength and light afterglow time were discus…
讨论了荧光粉含量、 涂层厚度与荧光光强、余辉时间等的关系。
10·Fluorescent layer produced by the fluorescent powder has favorable printing characteristic, sky-high ultraviolet light absorbing quality and light-emitting efficiency.
这种荧光粉制作出的荧光层具有良好的印刷特性，极高的紫外光吸收能力和发光效率。