发光的

基本解释 (translations)

flaring  ·  illuminant  ·  light  ·  luminescent  ·  luminous  ·  radiant  ·  radiative  ·  sheen  ·  shiny  ·  gleamy  ·  luminiferous  ·  nitid  ·  phosgenic  ·  photogenetic  ·  gleamier  ·  gleamiest  ·  sheened  ·  sheening  ·  shinier  ·  shiniest

与发光的相关的网络例句 [注：此内容来源于网络，仅供参考]

This thesis introduces the research history of sonoluminescence, the properties and equipments of single-bubble sonoluminescence and the factors affecting the amount of light emission. Based on the experimental realization of SBSL, the experiment in this thesis is to confirm the coherence between the emitting frequency and the driving cycle of SL. Under this feature ,we established the programme of the experiment that measure the angular correlations in SBSL , built the experimental devices and conducted initial measurements .Then we got the conclusion that there is a presence of non-spherical symmetry in the process of SBSL .

本文介绍了声致发光的发展历史，对单泡发光的特性和实现声致发光的设备进行了描述，对影响发光强度的要素做了概述；并在实现单泡声致发光的基础上通过实验验证了单泡声致发光的发光频率与驱动超声频率具有一致性的特点，根据这一特点确立了声致发光角分布测量的实验方案，建立了实验装置，并进行了初步测量，得到在声致发光的过程中存在着非球形对称状态的结论。

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。

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。

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。

They can be classificated to two kinds. One kind is build by photomultiplier; another kind is build by MCP. The mechanism of delayed luminescence is discussed with subradiation. A photon count system is built. To proof the biophoton is a kind of ultra weak photon stream originate from exothermic reaction, and primarily discuss the relationship between the delayed luminescence and proteins activity, we chose microphyllous banyan leave , ficus elastica leave, gingkgo leave, Chinese fan palm leave, and cinnamomum camphora leave as biological samples. The ultra weak photon emission from normal biosamples, and proteins inactivated biosample were measured separately with photon count system. The results showed that the delayed luminescence of biosamples have

在研究过程中，作者从辐射陷获的角度讨论了延迟发光的产生机制，对生物光子的生物化学起源与相干场起源的统一性进行了探索；自行搭建了单光子探测系统；测量了小叶榕树、印度橡树，银杏树，蒲葵树香和樟树等多种植物叶片样品的延迟发光，获得了大量实验数据；为了证明生物光子是一种起源于放热化学反应能量释放的微弱光子流，并初步探讨生物蛋白活性与延迟发光衰减之间的关系，测量了正常生物样品、生物蛋白灭活样品的延迟发光，同时测量了多种不含蛋白质的无机化学体系作为比对，实验结果和实验数据的回归分析表明：弱光子发射来源于放热的化学反应，延迟发光的强度与衰减时间与生物蛋白活性密切相关。

Bells rang, the wheel began to churn, and Banneker, falling asleep in his berth 睡床 with a vivifying breeze blowing across him, awoke in broad daylight to a view of sparkling 闪烁的 little waves which danced across his vision to smack 拍打 impudently 无礼 the flanks 侧面/腹 of the speeding craft.

铃声响起，舵轮开始转动，而班纳克，在他的睡床上睡着了，生动的微风吹在他身上。在大白天他醒来，闪闪发光的小浪蹦蹦跳跳——进入他的眼帘——放肆地拍打着快速行驶的游艇的船舷。

The testing method for image intensifier fluorescence screen brightness, uniformity and luminescence efficiency and afterglow is put up.

在分析研究荧光屏发光机理和特性的基础上，给出表征微光像增强器荧光屏性能的主要参数为荧光屏发光亮度、发光的均匀性、发光效率和余辉。

We found out one kind of new orange-red long afterglow material La2O2S: Eu3+, Mg, Zr.2 In the phosphor Gd2O2S, Mg, Ti which was prepared by high-temperature solid-state method, the orange afterglow phenomenon can be seen after illuminated with UV light.3 Using the high-temperature solid-state method, Gadolinium oxysulfide phosphors doped with rare earth ions were synthesized. We can observe the red or orange phosphorescence in Gd2O2S doped with Eu3+, Sm3+, Tm3+, Yb3+, Dy3+, Er3+, Nd3+or Ho3+. This is a new result of the long afterglow phosphors research.4 Using the microwave radiation method, the new Sm3+ doped gadolinium oxysulfide phosphor, which has the orange-red long afterglow emission after illuminated with UV light or visible light, was synthesized for the first time.5 In fluorescent materials YOX doped with europium ions, the long afterglow phenomenon wasnt observed but the blue luminescence of Eu2+ and red luminescence of Eu3+ are simultaneously examined. This is a new result of the valence stability and change of Eu2+ in yttrium oxyhalide .We systematically studied the effects of the host, addition agents and reaction atmosphere on the valence change and fluorescence property of europium ions.

经过系统的研究总结得到以下的结论与成果： 1采用高温固相反应法合成了一系列稀土离子掺杂的硫氧化镧发光粉，发现了该体系中Eu~(3+)的长余辉发光，从而得到一种迄今未见文献报道的红色长余辉发光材料：La_2O_2S：Eu~(3+)，Mg，Zr； 2在Gd_2O_2S，Mg，Ti磷光粉中观察到橙色的长余辉发光现象； 3采用高温固相反应法合成了一系列稀土离子掺杂的硫氧化钆磷光粉，在掺杂Eu~(3+)、Sm~(3+)、Tm~(3+)、Yb~(3+)、Dy~(3+)、Er~(3+)、Nd~(3+)、Ho~(3+)的Gd_2O_2S中观察到红色和橙色长余辉发光； 4首次采用微波法合成了Gd_2O_2S：Sm~(3+)，Mg，Ti磷光粉，该磷光粉经紫外或可见光激发后呈现明显的橙红色长余辉发光； 5在YOX中同时观察到Eu~(2+)和Eu~(3+)的发射，系统研究了基质、添加剂及反应气氛对Eu价态和发光的影响。

The intensity ratio of TO and LO inMCT was observed to be different. Such difference was explained in terms of the different Ramangeometry arrangement.〓. The laser-induced micro-photoluminescence in the range of 1000～5000〓(1.34eV～1.83eV) was found for the first time in LPE MCT epilayer. The center of photoluminescence wasat 2750〓 or 1.62eV and the FWHM of luminescence was 2000〓 or 0.25eV. We assume thatthe photoluminescence is due to recombination of electron from an anion vacancy resonance levelto the top of valance. In addition, new Raman shift was observed at 750〓 in LPE MCTepitaxial film.〓. The laser-induced micro-photoluminescence with quasi-periodic structure was observed forthe first time at room temperature in one of MOVPE MCT epitaxial film samples. The range offluorescence was from 1.46eV to 2.21eV, i.e., 1.73eV above the conduction band edge.

2首次在LPE生长的碲镉汞外延薄膜的显微Raman谱中，在1000～5000〓范围发现了激光激发显微荧光，该荧光的发光范围换算为电子伏特标度为1.34eV～1.83eV，荧光的发光中心大约位于2750〓，即1.62eV，发光的半峰高宽约为2000〓或0.25eV；指出该显微荧光来源于碲镉汞薄膜中的阴性离子空位共振能级的激光激发发光；观察到了碲镉汞外延薄膜中一个新的Raman散射峰，位于750〓位置； 3首次在一块用MOVPE方法生长的〓Te外延薄膜的显微Raman谱中，发现了1.46eV至2.21eV范围并伴随有周期结构的显微荧光峰，该发光峰对应的能带中心位于〓Te材料导带底上方1.73eV，通过研究得出样品在1.46eV至2.21eV范围的显微荧光峰是由于改进 MOCVD 生长工艺，提高了碲镉汞外延薄膜的结构质量所致；通过分析指出该显微荧光来源于外延层中的阴性离子空位的共振能级发光。

Guanine can quench the phthalhydrazidylazoacetylacetone's ECL in acid medium, and the linear concentration range of guanine relative to the ECL intensity is from 2.0×10~(-6) to 1.0×10~(-5) mol/L.The mechanism of phthalhydrazidylazoacetylacetone's ECL on the surface of ITO glass has been discussed according the experimental phenomenon.The phenomenon of ITO self-luminescence has also been studied.It has been found that the machanism of phthalhydrazidylazoacetylacetone on the surface of ITO in different medium is dissimilarity. The phenomenon of ITO self-luminescence may be caused by the interaction of the active oxygen element and ITO's surface.

鸟嘌呤在弱酸性介质中3-(1-乙酰丙酮偶氮)苯二甲酰肼的电化学发光具有显著的淬灭作用，2.0×10~(-6)～1.0×10~(-5) mol/L浓度范围内，电化学发光强度与鸟嘌呤的浓度成良好的线性关系根据相关试验现象对3-(1-乙酰丙酮偶氮)苯二甲酰肼在氧化铟锡玻璃电极上的电化学发光机理进行了初步探讨，并对氧化铟锡玻璃电极自身发光现象进行了研究，研究发现在不同酸度环境中，3-(1-乙酰丙酮偶氮)苯二甲酰肼在氧化铟锡玻璃电极上电化学发光的机理是显著不同的；ITO自身发光可能是由活性氧系分子与ITO镀膜玻璃电极表面相作用引起的。

与发光的相关的网络解释 [注：此内容来源于网络，仅供参考]

Luminescent：发光的,发亮的

luminescence saturation 发光饱和 | luminescent 发光的,发亮的 | luminescent digital indicator 光数字指示器

luminous：发光的,夜光的

luminous 发光的 | luminous 发光的;夜光的 | luminous 亮的

Glow on moongate：发光的月门

? Waterfall mist 瀑布流下的雾气 | ? Glow on moongate 发光的月门 | ? Glow on crystals 发光的水晶

self-luminous：自发光的

self-luminosity 自发光性 | self-luminous 自发光的 | self-luminousbody 自发光体

ashimmer：闪闪发光的 闪闪发光地

Ashikaga | 足利 | ashimmer | 闪闪发光的 闪闪发光地 | ashine | 发亮的 发亮地

luminiferous：发光的,发光性的,光辉的

luminosity 光明,光辉;发光体;[物]发光度 | luminiferous 发光的,发光性的,光辉的 | luminesce 发冷光; 无热发光

luminiferous：发光的; 传光的 (形)

luminescent 发冷光的; 发光的 (形) | luminiferous 发光的; 传光的 (形) | luminosity 发光, 光明; 发光体; 光度 (名)

noctilucent：生物发光的

noctilucence 生物发光 | noctilucent 生物发光的 | noctilucent 夜发光的

noctilucent：生物发光的/夜发光的

noctiluca 夜光虫 | noctilucent 生物发光的,夜发光的 | illuminate 照明,照亮;阐明

thermoluminescent：热荧光的,热发光的

热荧光,热发光 thermoluminescence | 热荧光的,热发光的 thermoluminescent | 热荧光定年 thermoluminescent dating