- 更多网络例句与阴极射线发光相关的网络例句 [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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We discovered solid state cathodoluminescence. For its identification we excluded all of artifacts, carried out its cross proof and studied its generality.
自发现固态阴极射线发光，我们对其进行了证实，排除了所有的假象、进行了交叉证明并且研究了它的一般特性。
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Both the green and the blue emission were attributed to the solid-state cathodoluminescence of Ir_3 excited by hot electrons which were accelerated in SiO_2. Phosphorescent SSCL is confirmed.
在此基础上对器件的发光机理进行了进一步的分析，证实了有机磷光材料的固态阴极射线发光，为进一步改善固态阴极射线器件发光性能提供了新的途径。
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AbstractA novel form of luminescence, solid state cathodoluminescence was discovered when certain organic materials were employed as the active layer in an optimally designed scheme. In this paper we recount the history of the discovery of SSCL, identification of the experimental phenomena, investigation of its universal characteristics, and its potential development.
通过分层优化方案，采用有机场致发光材料，发现了一种新的激发发光方式，即固态阴极射线发光(solid state cathodoluminescence，简称SSCL)，文章主要介绍了固态阴极射线发光的发现历史、发光现象的辨认、发光现象的普适性考察以及其良好的发展前景。
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It is a new light emission, which has new mechanism and is important for the luminescence.
固态阴极射线发光理论的重要方面之一就是SiO22是下的二次特性。
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In 1895, Wilhelm Roentgen accidentally discovered that a cathode-ray tube could make a sheet of paper coated with barium platinocyanide glow, even when the tube and the paper were in separate rooms.
1895年，威廉·伦琴偶然发现阴极射线管能使涂有一层氰亚铂酸盐钡的薄相纸发光，甚至当阴极射线管和相纸分别放在不同的房间时也能发光。
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Olid state cathodoluminescence of poly 2-methoxy-5-(2-ethyl-hexyloxy-1,4-phenylene vinylene in devices with Si3N4 as the electronic accelerating layer
i3N4做电子加速层的聚［2-甲氧基-5-(2-乙基-己氧基)-1，4-苯撑乙烯撑］固态阴极射线发光
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Characteristics of cultured pearls and treated pearls are studied by cathode luminescence microscope.
通过阴极发光仪对养殖珍珠和处理养殖珍珠的阴极发光特征进行了研究，结果表明：在阴极射线激发下，淡水养殖和处理珍珠发黄绿或绿色光，而各色海水养殖和处理珍珠不发光；阴极显微观察可见部分处理珍珠层的表面微破损。
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Ratio of 0.3-3. The matrix is oxide with a certain electric conductivity, and has such advantages as high-voltage cathode luminescence efficiency, high stability, and high anti-aging performance when compared with traditional insulating oxide matrix, semiconductor sulfide or oxysulfide matrix.
所选的基质材料具有一定的导电性能且为氧化物基质材料，与传统的绝缘体氧化物和半导体硫化物或硫氧化物基质相比具有良好的低压阴极射线发光效率，稳定性及抗衰老能力。
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The preparation method can be sol-gel method, ammonia solution co-precipitation method, or high-temperature solid phase method. The obtained colorful fluorescent powder has such advantages as high stability, good morphology, and high low-voltage cathode luminescence efficiency.
其制备方法可选择因地制宜选择溶胶―凝胶法、氨水共沉淀方法及高温固相法，得到的荧光粉具有稳定性，形貌好，低压阴极射线发光效率高等特点。
- 更多网络解释与阴极射线发光相关的网络解释 [注：此内容来源于网络，仅供参考]
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cathode ray oscillograph：阴极线示波器
cathode ray luminescence 阴极射线发光 | cathode ray oscillograph 阴极线示波器 | cathodic inhibitor 阴极抑制剂
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cathodoluminescence：阴极射线发光
外加量子局限效应会导致电子能带结构改变...因此不会受到量子效应的限制,为微型化提供了另一项契...姑且不论这些高缺陷密度,InGaNLEDs可以产生的外部量子效率仍可达70%,然而有些证据推测这些缺陷仍旧会限制量子性能:阴极射线发光(cathodoluminescence)的研究已揭露出贯穿
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cathodoluminescence：阴极射线致发觉
cathodograph 电子卫射照相机 | cathodoluminescence 阴极射线致发觉 | cathodoluminescent fiber 阴极射线发光纤维
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LED：发光二极管显示器
显示器的作用具体一点说是将主机发出的电信号经一系列处理后转换成光信号,并最终将文字和图形显示出来.显示器根据制造材料的不同可分为:阴极射线管显示器(CRT),等离子显示器(PDP),发光二极管显示器(LED),场致发光显示器(ELD),
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cathode luminescence：阴极发光
cathode layer 阴极层 | cathode luminescence 阴极发光 | cathode ray 阴极射线
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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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EL Electroluminescent：场致发光
22. HDTV HIGH-DEFINITION TELEVISION 高清晰度电视 | 23. EL ELECTROLUMINESCENT 场致发光 | 24. CRT CATHODE RAY TUBE 阴极射线管
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cathode luminescence image：阴极发光像
142. cathode luminescence ==> 阴极电子激发光,阴极发光,阴极辉光,阴极激发光,阴极射线致发光 | 143. cathode luminescence image ==> 阴极发光像 | 144. cathode luminous sensitivity ==> 阴极光照灵敏度
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cathode ray luminescence：阴极射线发光
cathode ray 阴极射线 | cathode ray luminescence 阴极射线发光 | cathode ray oscillograph 阴极线示波器
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CRT：阴极射线显像管
实验十五 液晶显示器(LCD)电光特性曲线测量 57实验二十一 阴极射线显像管(CRT)电子聚焦与偏转 83实验二十三 有机发光器件(OLED)参数测量 94