- 更多网络例句与电致发光的相关的网络例句 [注:此内容来源于网络,仅供参考]
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This thesis relates to the research of electroluminescence of inorganic-organic complex device. We tried two methods to improve the performance of solid-state cathodoluminescence device.
本论文涉及有机无机复合电致发光的研究,尝试了两种改善固态阴极射线发光器件性能的方法,包括将磷光材料作为固态阴极射线发光器件的发光层和尝试级联结构的固态阴极射线发光器件。
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The influences of surface passivation of photoluminescence and electroluminescence properties of porous silicon have been presented.
报道多孔硅的表面钝化对其光致发光和电致发光的影响。
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The process of both photoluminescence and electroluminescence,and the property of photoluminescence and electroluminescence on polysilane were introduced.
介绍了光致发光和电致发光的过程及聚硅烷的光致发光和电致发光性的研究进展。
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The research status of electroluminescent materials and devices using europium complexes as emitter was reviewed in this dissertation.
本论文综述了铕配合物电致发光的发展现状。
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The experimental results prove that the excitation efficiency across the phosphor of the device is not homogeneous, and its variation depends on the applied voltage.
分析表明低压驱动电致发光的机理是由于发光层中电场强度的不均匀分布。
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When the substrate temperature is more than 550 ℃, S content is approach to the stoichiometry.
从薄膜结晶性和电致发光的光电性能看,提高衬底温度比相同温度下的后退火处理更有效。
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The thermal effect will results in the degradation of EL like it quenches PL.
热效应同样会导致P型多孔硅电致发光的淬灭。
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The β-ditones and the match thing of its derivatives be the mufti-functional materials in the metals organic LCD, the extract reagent, chemical shift reagent and the defend false material, etc. have already caused the widespread interesting. Recently, it is discovered thatp-ditones compounds have Photoluminescence and Electroluminescence flaring dual properties, can also take place the certain interaction with gene, and have good applied foreground to the development of the new mufti-functional materials.
一二酮及其衍生物的配合物作为新型多功能材料在金属有机液晶、萃取试剂、化学位移试剂、防伪材料等方面己引起人们普遍的重视,近年又发现该类化合物同时具有光致发光及电致发光的双重性,还可以与基因发生一定的相互作用,对新型多功能材料的开发具有良好的应用前景。
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The β-ditones andthe match thing of its derivatives be the mufti-functional materials in the metalsorganic LCD, the extract reagent, chemical shift reagent and the defend false material, etc.have already caused the widespread interesting. Recently, it is discovered thatp-ditonescompounds have Photoluminescence and Electroluminescence flaring dualproperties, can also take place the certain interaction with gene, and have good appliedforeground to the development of the new mufti-functional materials.
一二酮及其衍生物的配合物作为新型多功能材料在金属有机液晶、萃取试剂、化学位移试剂、防伪材料等方面己引起人们普遍的重视,近年又发现该类化合物同时具有光致发光及电致发光的双重性,还可以与基因发生一定的相互作用,对新型多功能材料的开发具有良好的应用前景。
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The single-layer electroluminescent devices with PVK or PEDOT buffer layer emit red-orange light with maximum efficiency of 0.052%.
以PEDO和PVK作为缓冲层的单层电致发光器件,在外加电压的驱动下发出橙红色的光,电致发光的最大量子效率为0.052%。
- 更多网络解释与电致发光的相关的网络解释 [注:此内容来源于网络,仅供参考]
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counting rate:计数速度
利用时间解析电致辉光技术量测有机发光二极体从外加偏压到元件发光所需的延迟时间(delay time),量测不同外加电压下延迟时间的变化,进而求得有机材料载子的迁移率,且我们发现使用指数下降函数在拟合所量得曲线,可获与计数速度(counting rate)无关的延迟时间,并
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Dow Chemical:道化学
由于有机材料电致发光有着诱人的应用前景,国际上许多著名的公司都投入了大量人力、力,例如杜邦(Du Pont),道化学(Dow Chemical),飞利浦(Philips)和欧司朗(osram)等.
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Eld:电致发光显示器
公司主要产品(一)ITO膜透明导电玻璃公司1995年与浙江大学联合研制成功第一条国产ITO导电玻璃自动生产线,所生产的导电玻璃主要用于:真空荧光显示器(VFD),发光二极管(LED),电致发光显示器(ELD),等离子体显示器(PDP)等电真空器件上.
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electroluminescence:电致发光
通过绘制多维尺度分析图谱和核心关键词关联知识图谱,挖掘当前LED的技术成熟度、研究热点和关键技术点等信息,得出LED技术目前主要集中宽带隙材料、发光类型及特性、有机发光和超亮度LED研发上;氮化镓(GaN)、电致发光(electroluminescence)、光致发光(pho
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transition element:过渡元素
第17章 过渡金属元素17.1 过渡元素概述广义的过渡元素(transition element)是指长周期表中从 ⅢB族到ⅡB族的所有元素,位于s区元素和p区元素之间.自ⅢB过渡金属元素可用于太阳能电池,光致发光,电致发光,阴极射线发光等材料的制备.
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work function:工作函数
一直到1987年Kodak公司发展出双层结构的电致发光元件,才有很大的突破,元件的结构包括了含芳香二胺的电洞传输层以及具有电子传输特性的AlQ3为发光层,并以氧化铟锡(ITO)为阳极,低工作函数(work function)的镁银合金作为阴极金属,
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Electroluminescent:电致发光
在现今的显示技术里,能够应用在软性显示器上的技术包括传统液晶、双稳态液晶、发光二极体(OLED)、电泳动显示(electrophoretic)、电致变色(electrochromic)、以及电致发光(Electroluminescent)等,但要达到理想的可挠性,
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electroluminescent diode:电荧光二极管
electroluminescence 电致发光 | electroluminescent diode 电荧光二极管 | electroluminescent 场致发光的