- 更多网络例句与光发射相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Photoluminescence test results found there are bimodal launch in red light areas, which is not reported in the past, we give an explanation to this in the end.
光致发光测试结果发现在红光区存在双峰发射，这是以前所没有报道过的，我们对红光发射给出了解释。
-
The organic EL device adopts the compound having the formula (1) for its organic layer, for example, the emitter layer, which results in improved emission efficiency and luminance, compared to common blue light-emitting compounds.
该有机电致发光装置采用通式（1）的化合物用于其有机层，例如发射层，结果，与普通蓝光发射化合物相比，改善了发射效率和亮度。
-
This conclusion supported the theory that green light emission mechanism of ZnO thin films attributed to electron transition from conduction band to oxygen vacancy defect level.
阐述了绿光发射机理，建立了绿光发射的理论模型。
-
It can be concluded that the blue emission is attributed to the irradiative recombination in the QWs, and the green emission is attributed to that in wider QWs and In-rich QDs.
通过以上的结果，我们认为蓝光发射基本上源于InGaN量子阱发光，而绿光发射则起源于量子阱和量子点的发光。
-
The maintenance terminal possesses first CPU, first light receiver, and first light transmitting tube. The communication system to be maintained possesses indicator light and second CPU, and second light receiver.
该装置包括带有第一CPU的维护终端，所述被维护通信系统带有指示灯及第二CPU，所述维护终端带有第一光接收管和第一光发射管，被维护通信系统上带有第二光接收管。
-
The progect has got the imbursement of progect named "burst modereceiver/ transmitter in broadband access network"(NO:2002AA101A04).The accomplishment of the 155Mb/s burst mode receiver makes essential conditions for the accessing of optical fiber to the common families and estabiishs a theory and technical foundation of the developing burst mode Receiver/Transmitter of the speed over 155Mbit/s.
本课题的研究得到项目&宽带接入网突发式光发射和接收模块&(项目编号：2002AA101A04)的资助。155Mb／s突发式光接收模块的研制成功为光纤进入普通家庭创造了基本的条件，也为以后开发155Mb／s以上速率的突发式光收发模块奠定了坚实的理论和技术基础。
-
The illumination system has a facetted light-collimator (2) for collimating light emitted by the light emitters.
该照明系统具有多面光准直器(2)，用于准直由光发射器发射的光。
-
A three-electrode-gap is used in the high voltage trigger pulse generating circuit to acquire a steepened high voltage trigger pulse,so as to ensure...
触发信号发生电路采用HFBR-0400系列光发射器和光接收器作执行元件，抗干扰能力强，在多级电磁发射实验中，消除了级间互扰造成的误触发。
-
In monochromatic CL images, the green emission comes from randomly distributed dots and floccules that occupy almost the whole surface. The blue emission comes from the floccules only.
单色的阴极荧光谱发现绿光发射对应的发光区包括絮状区域和发光点，而蓝光发射对应的发光区仅包含絮状区域。
-
The copolymers consisting blue- and green-yellow light emission have been designed and synthesized. We try to obtain white light-emission by combining the two equalized light-emission and adjust emission colors by changing the content of green-yellow light emission unit.
设计合成了由蓝光与绿-黄光发射单元组成的共聚物，并试图通过两种补偿色的发光获得白光，由改变绿-黄光发射单元的含量来调节发光颜色。
- 更多网络解释与光发射相关的网络解释 [注：此内容来源于网络，仅供参考]
-
light emitting diode：光发射二极管
如基带局域网系统,传输电路为非加感的实回线,如架空明线,双绞线,对称电缆等.光缆由能传导光波的石英玻璃纤维(纤芯),外加涂覆层(硅橡胶)和保护层构成.在光缆一头的发射器使用LED光发射二极管(Light Emitting Diode)或激光(Laser)来发射光脉冲,
-
Light Emitting Diode LED：光发射二级管
发光二极管 Light Emitting Diode LED | 光发射二级管 Light Emitting Diode LED | 避雷器,避雷针 Lightning Arrester
-
photoluminescence：光致发光
光致发光包括光吸收、能量传递、光发射等过程,这些过程与材料结构、成分及环境原子排列有关,光致发光技术[简介]光致发光(photoluminescence) 光致发光(photoluminescence) 材料通过吸收光子产生激发态的辐射跃迁.
-
OES optical emission spectroscopy：光发射光谱仪
NMR nuclear magnetic resonance spectroscopy 核磁共振波谱法 | OES optical emission spectroscopy 光发射光谱仪 | PAS photoacoustic spectrometry 光声光谱法
-
photoemissive：光电发射的
photoemission 光电子放射 | photoemissive 光电发射的 | photoemissivity 光发射能力
-
photoemissive relay：光电发射继电器
photoemissive cell 光电发射管 | photoemissive relay 光电发射继电器 | photoemissivity 光发射能力
-
photoemissive detector：光发射探测器
photoemissive cell 光电发射管 | photoemissive detector 光发射探测器 | photoemissive photodetector 光电发射光电检波器
-
photoemissive detector：光电发射探测器,光发射探测器
photoemissive cell 光电发射元件 | photoemissive detector 光电发射探测器,光发射探测器 | photoemissive element 光电池,光电发射元件,光电放射元件
-
photoemissive photodetector：光电发射光电检波器
photoemissive detector 光发射探测器 | photoemissive photodetector 光电发射光电检波器 | photoemissive relay 光电放射式继电器
-
optical transmitting set：光发射器
optical transmitter aperture 光发射系统孔径 | optical transmitting set 光发射器 | optical trapping 光陷捕获; 光学捕获