Although there are just red, green, and blue phosphor dots on the screen of a TV and computer, we can see a colorful world.
电视或电脑萤幕便是虽然只产生红，绿，蓝三种萤光小点，却让我们看到缤纷的多彩世界。
We analyzed the relation between the comparative brightness, granularity of BAM blue phosphor and synthesizing temperature and time.
本文分析了BAM蓝粉的合成温度、时间参数与相对亮度、粒度等性能指标之间的关系。
We optimized the after-disposing technology and found an effect ball-grinding way to make the granularity of BAM blue phosphor decline under the condition of keeping the high comparative brightness.
对后处理工艺进行了优化，通过弱球磨，有效地降低了BAM蓝粉的粒度，同时相对亮度没有明显降低。
The simplest and most common way is to coat a blue LED with a yellow phosphor.
最简单也最普通就是在蓝色LED上罩一层黄色的磷。
Existing white LEDs are also based on blue ones, the light from which is used to excite a phosphor layer made of yttrium aluminium garnet (YAG).
现有的白色二极管同样基于蓝色的光——源于这种颜色的光是用于激发一种由钇铝石榴石组成的磷光层。
These can be made to emit white light by coating the device with a phosphor compound that absorbs part of the blue light and re-emits it as yellow.
只要为发光装置加上磷化合物涂层，吸收蓝光，重新发出的光线即呈黄色。
The phosphor absorbs some of the blue light and is "pumped" into an excited state.
磷光层吸收某些蓝色光线之后，就能被“启动”进入一种兴奋状态。
In addition, painted with phosphor, LED emitting blue light can be transformed to that emitting white light.
除此之外还有在蓝光led上涂上荧光粉，将蓝光转化成白光的白光led。
So the LEDs found in current household applications are blue diodes daubed with a powdered coating called a phosphor, which includes rare-earth elements that filter blue light.
所以，现在家用的LED是将蓝色的发光二极管的外壁涂上粉末状的磷，其中含有的稀土元素可以把蓝光过滤掉。
The blue shift and the change of luminescent intensity can be attributed to the quantum-size-effect of the phosphor particles.
并认为蓝移现象以及余辉衰减变快，主要归因于发光粉体纳米粒子的量子尺寸效应的影响。
Two kinds of 1 W white high power light emitting diode (LED) were made by packaging blue chips from Taiwan and US. The chips were coated by the same phosphor and transparent silica gel.
制备了两种1W白光功率发光二极管（LED），这两种样品分别是对台湾和美国两家公司生产的蓝光芯片，涂敷相同荧光粉和透明硅胶封装而成。
The white light emitting device according to the present invention includes a blue LED and a mixture of orange phosphor and green phosphor disposed above the blue LED.
根据本发明的白光发射装置包括蓝色LED以及设置于蓝色LED上的橙色磷光体与绿色磷光体的混合物。
The microwave digestion system and program of fuel was studied, and a new method for the determination of phosphorus in fuel named phosphor-molybdenum blue spectrometry was established.
研究了微波消解燃料油样品的体系和程序，建立了燃料油中磷含量的测定新方法-磷钼蓝光度法。
By combining blue LEDs with red and green LEDs - or adding a yellow phosphor to blue LEDs - manufacturers were able create white light, which opened up a number of new applications.
生产厂家把发蓝光的二极管与红光和绿光二极管组合起来，或给发蓝光的二极管加上黄色的无机发光材料，二极管就发射出白光，从而开辟了许多新的应用领域。
By combining blue LEDs with red and green LEDs - or adding a yellow phosphor to blue LEDs - manufacturers were able create white light, which opened up a number of new applications.
生产厂家把发蓝光的二极管与红光和绿光二极管组合起来，或给发蓝光的二极管加上黄色的无机发光材料，二极管就发射出白光，从而开辟了许多新的应用领域。
应用推荐