发光元件，发光装置，和电子装置。
Light emitting element, light emitting device, and electronic device.
本发明提供一种发光装置及其制作方法。
The invention provides a luminous device and the producing method thereof.
使得提高发光装置的发光效率及混光效果。
The luminous efficiency and the lights-mixing effect of the luminous device can be improved.
空间的中心被天花板灯槽内的一系列发光装置点亮。
The middle part of the space is lit by a series of light fixtures placed in recesses of the ceiling.
空间的中心被天花板灯槽内的一系列发光装置点亮。
This created the need for an enclosed space that would be used as fitting rooms.
面发光装置，制造面发光装置的方法，以及光学器件。
Area light emitting device, method for manufacturing area light emitting device, and optical device.
编程电路，使用该编程电路的发光装置，以及显示装置。
Programming circuit, light emitting device using the same, and display device.
以这种方式，发光装置通过板上芯片技术安装在所述板上。
In this fashion, the light emitting devices are mounted on the board by a chip-on-board technique.
本发明提供一种具有磁源的发光装置，包括发光堆叠结构。
A light-emitting device with magnetic-source includes a light emitting stack structure.
设置在板条之间的玻璃叶片led发光装置保持了线性的主题。
Glass blade LED light fixtures set between the slats maintain the linear theme.
光源，发光体：光的来源，特指灯、灯笼或某种带电发光装置。
A source of light, especially a lamp, a lantern, or an electric lighting fixture.
你工作在哪个组，以及什么是你发光装置的配套项目的LED ？
What group do you work in, and what is the project you are supporting with the Luminous Devices LED?
本实用新型伸缩门包括伸缩门体，所述的伸缩门体上设置有发光装置。
The utility model discloses a telescopic door comprising a telescopic door body, and an emitting device is arranged on the telescopic door body.
这种柔性电致发光装置可应用于电致发光薄膜按键或电致发光小键盘。
The flexible EL device is applicable to EL dome sheets or EL keypads.
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。
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.
发光装置102产生(例如)紫外泵浦光且波长转换元件110产生蓝光。
The light emitting device 102 produces, e. g., ultraviolet pump light and the wavelength converting element 110 producing blue light.
此外，其所制作成之发光装置可具有较佳的光萃取效率及可变的光场图案。
Furthermore, the luminous device produced by present method has better light extraction efficiency and variable light filed pattern.
结果，当向这种柔性电致发光装置施加物理冲击时，不会损害此柔性电致发光装置。
As a result, the flexible EL device is not damaged when physical impacts are applied to the flexible EL device.
二向色滤光片308传递来自发光装置302的光并且反射来自发光装置303的光。
A dichroic filter 308 passes the light from light emitting device 302 and reflects the light from light emitting device 303.
来自发光装置102的泵浦光将激发波长转换元件110并且将产生具有较低能量的光。
The pump light from the light emitting device 102 will excite the wavelength converting element 110 and light with lower energy will be produced.
然而，需要相对较大的发光装置102(即，较大的LED阵列)来弥补收集效率的损失。
However, a relatively larger light emitting device 102, i. e., larger array of LEDs, is required to make up for the loss in collection efficiency.
然而，如果光学集中器108被设计用于有限的角度范围，那么仍可维持发光装置102的辐射率。
However, if the optical concentrator 108 is designed for a limited Angle acceptance, the radiance of the light emitting device 102 can still be maintained.
通过在伸缩门的伸缩门体上设置发光装置，从而在夜间时对车辆和居民可以起到指引和照明的作用。
Through the emitting device mounted on the telescopic door body of the telescopic door, the telescopic door can have an indicating and illumination function for vehicles and people at night.
如图2所示，光的一部分将被朝向发光装置102反向发射，在此它将被二向色滤光片反射用于再循环。
As shown in FIG. 2, a portion of the light will be emitted back towards the light emitting device 102, where it will be reflected by the dichroic filter for recycling.
具有9，9-二（芴基）-2，7-芴基单元的有机场致发光聚合物及使用该聚合物制得的有机场致发光装置。
Organic electroluminescent polymer having 9,9-di(fluorenyl)-2,7-fluorenyl unit and organic electroluminescent device manufactured using the same.
光学系统100包括发光装置102和收集光学器件104，发光装置102被图示为发光二极管(LED)或在衬底上的LED阵列。
Optical system 100 includes a light emitting device 102, illustrated as a light emitting diode (LED) or LED array on a substrate, and a collection optic 104.
凯若维森灯的小巧外形与发光的二极管相似，但前者比那种半导体装置发出的光更加明亮。
The lamps' small size makes them comparable to light -emitting diodes but the new lamp generates much brighter light than those semiconductor devices do.
领导这个项目的帕特里克·吉尔一直以来希望制造一种无透镜可植入式装置用来检测这些动物的大脑神经元。因为进化的原因，这些神经元活跃时会发光。
Patrick Gill, who headed the project, had been trying to create a lens-less implantable device to detect brain neurons that, due to modifications, glow when they’re active.
领导这个项目的帕特里克·吉尔一直以来希望制造一种无透镜可植入式装置用来检测这些动物的大脑神经元。因为进化的原因，这些神经元活跃时会发光。
Patrick Gill, who headed the project, had been trying to create a lens-less implantable device to detect brain neurons that, due to modifications, glow when they’re active.
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