长余辉磷光体的英文

• long persistence phosphor
• long-lag phosphor
• long-persistence phosphor
• persistent phosphor
• stead persistence phosphor

• "长"英文翻译    older; elder; senior
• "余辉"英文翻译    afterglow; persistence
• "磷光体"英文翻译    phosphorus; phosphor
• "余辉磷光体" 英文翻译 :    persistent phosphor
• "短余辉磷光体" 英文翻译 :    rapid decay phosphor; short-persistence phosphor
• "短余辉磷光体，快速衰减磷光体" 英文翻译 :    rapid-decay phosphor
• "磷光体余辉" 英文翻译 :    phosphorescent decay
• "磷光体余辉校正" 英文翻译 :    phosphor decay correction
• "长余辉" 英文翻译 :    long afterglow; long persistence; steady persistence
• "磷光体余辉补偿电路" 英文翻译 :    phosphor decay compensation circuit
• "长余辉管" 英文翻译 :    intensifier tube
• "磷光体" 英文翻译 :    phosphorus; phosphor◇磷光体激光器 phosphor laser
• "长余辉示波器" 英文翻译 :    long-persistence oscilloscope
• "长余辉荧光屏" 英文翻译 :    long persistence screen; long-persistance screen; long-persistence screen; slow screen
• "磷光余辉" 英文翻译 :    phosphorescence afterglow; phosphorescent decay
• "余辉荧光体" 英文翻译 :    persistent phosphor
• "暗光磷光体" 英文翻译 :    scotophor
• "彩色磷光体" 英文翻译 :    color phosphor
• "持久磷光体" 英文翻译 :    long persistence phosphor
• "单一磷光体" 英文翻译 :    single phosphor; single-component phosphor
• "电磷光体" 英文翻译 :    electrolumenescent phosphor
• "多层磷光体" 英文翻译 :    cascade phosphor
• "复合磷光体" 英文翻译 :    composite phosphor
• "红色磷光体" 英文翻译 :    red-emitting phosphor
• "红外磷光体" 英文翻译 :    infrared phosphor; ir phosphor

• Research on yttrium oxysulfide phosphor doped with eu3 + is to made to develop a new high - efficient , steady and red phosphor without radioactive substance
  以期发展一类不含放射性物质的安全、高效，稳定的新型红色长余辉磷光体。
• The influence of y _ 2o _ 2s : eu phosphors fluorescent spectra , chroma and luminescence intensity is systematically studied when different concentration of europium is adulterated into different phosphors by means of xrd , fluorescent spectra analysis , time - basing spectra analysis , long - persistent fluorescent spectra analysis and so on ; the influence on y2c > 2s : eu phosphors structure , luminescence intensity and long - persistent curve is investigated when different concentration of mg24 " > ti4 " 1 " is adulterated into different phosphors , finding the most suited concentration of mg2 " * ti4 " 1 " ; base on the suited concentration of mg2 + > ti4 + , the influence rule on phosphors luminescence intensity and long - persistent curve with changing of eu + concentration is also studies . at the same time , by using rare - earths metals adulteration and theory of chroma synthesis , the possibility of sensitized buildup of phosphors and the synthesis of different color long - persistent phosphors is also researched
  应用x射线粉末衍射( xrd ) 、荧光光谱、时间分辨光谱及磷光体长余辉寿命测试等综合实验手段，较系统地研究了掺杂eu对荧光体y2o2s ： eu荧光体的发光光谱、色度和发光强度的影响；研究了不同mg ， ti含量对磷光体基质结构性能、发光强度与余辉曲线的影响及其适宜的掺杂浓度；基此，研究了在给定mg ， ti含量时，不同eu掺量对磷光体发光强度和余辉的影响规律；从稀土掺杂和色度合成原理分别探讨了eu的发光敏化增强和制备不同光色长余辉磷光体的可能性。
• The influence of chroma is investigated on physical compound of long - persistent red phosphor and strontium aluminate phosphors doped with eu2 + is investigated . lt is found that the long - persistent white phosphor can be acquired when red phosphor and strontium aluminate phosphors are mixed with molar proportion of 100 : 20
  研究了红色磷光体与掺eu铝酸盐磷光体的物理复合及对色度的影响，实验发现红色磷光体与铝酸盐磷光体按100 ： 20比例混配可获得接近白色长余辉磷光体。
• The influence of y2o2s : eu phosphors fluorescent spectra , chroma and luminescing efficiency is studied with the changing of concentration of eu34 " ion , and the suited concentration of eu3 + ion is acquired , all these provided support for the research on the yzc ^ s : eu , mg , ti long - persistent phosphors structure and luminescence performance
  研究了不同eu含量对y _ 2o _ 2s ： eu荧光体光谱性能、发光效率和色度的影响，给出了最适宜的掺eu浓度，为进一步研究探讨y2o2s ： eu ， mg ， ti长余辉磷光体的基质组成和发光性能提供依据。

• 长余辉磷光体的日语：ちょうざんこうせいけいこうたい