- 更多网络例句与真空蒸镀相关的网络例句 [注：此内容来源于网络，仅供参考]
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In the 3rd part of this thesis, two attempts to study the surface enhanced infrared spectroscopy of azobenzene acids monolayer on silver island films are discussed.
成功地在通过真空蒸镀的银岛膜基底上获得了偶氮酸LB膜的表面增强红外光谱，同时对偶氮酸LB膜在不同厚度的银岛膜上的表明增强红外光谱性质进行了详细的研究，进而对银岛膜上的表面增强红外光谱的机理进行了研究。
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At first, surface enhanced infrared spectra of the azobenzene LB monolayer on silver film of different thickness is studied.
首次发现处于银岛之间的COOH基团经历着比处于银岛之上的COO〓大得多的吸收增强，为了进一步证明该结论，我们通过真空蒸镀、快速热退火等技术构筑了不同粒子大小和粒子分布的增强基底、原子力显微镜的研究结果表明，随着退火温度的提高银颗粒在逐渐增大，相应地银颗粒间的距离也在增加。
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The analysis gets the result: the two methods both make out the heteromorphism InSb nanocrystals, which have different crystal lattices. There are few In and Sb elementary substance grains mixed in the samples and the ratio of two kinds of chemical elements nears to 1:1. The crystal structure of the particle which is gained in vacuum evaporation method is affected by the crystal structure of substrate surface and anneal, the size of grain is direct proportion to evaporation time.
分析得到结果表明：两种方法均制备出了多晶态的InSb纳米微粒，但晶格结构不同，样品中都混有少量的In和Sb单质颗粒，且两种元素的比均接近1：1；真空蒸镀法得到的微粒的晶态受基片表面晶格和退火的影响，颗粒的尺寸与蒸镀时间成正比；而惰性气体中蒸发法得到的微粒结晶过程与基片无关，颗粒的尺寸与惰性气体的种类和压强有关。
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The spectroscopic and electrochemical studies suggest the energy structure of this class complex can be easily controlled by modification. With the introduction of electron-donating arylamino groups, the obtained complexes show intense and continuous absorption bands in the region of 250-550nm with strong metal-to-ligand charge transfer dπ(Pt →π* transitions (ε~ 2×104 dm3 · mol-1 · cm-1). Complexes involving the construction of D-π-A type systems also display continuous absorption bands in the region of 400-750nm, rising from the overlapping effect of MLCT and LL'CT bands.
其中，芳胺及其二聚体类修饰基团的引入，使其配合物MLCT吸收谱带的摩尔吸光系数增加，并在250～550nm范围内形成了强的连续吸收；具有D-π-A结构的配合物，由于MLCT吸收谱带和LL'CT吸收谱带的协同效应，导致在400～750nm范围内形成连续吸收；得到了从绿光到深红光的磷光发射系列配合物，并采用真空蒸镀的方法获到了外量子效率分别为5.7%和5.0%的橙光和橙红光多层电致发光器件。
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These barbituric acid derivatives have good film-forming property through vacuum deposition.
研究表明，该类化合物在固体状态下能发出桔红至红光，光致荧光效率非常高，采用真空蒸镀法能形成质量很好的薄膜。
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A novel bromoboron trinitro subphthalocyanine thin film has been developed by vacuum evaporation for write once optical recording.
利用真空蒸镀法制备了一种新的三硝基溴硼亚酞菁薄膜。
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Through experiment we have find out the condition of plating with MgF_2 film in vacuum by evaporating and the growth rate of MgF_2 film.
经实验摸索，我们得出了真空蒸镀MgF_2的条件，及MgF_2增透膜在衬底上的生长速率。
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A thin film of titanium carbide was obtained by vacuum evaporating of titanium.
岚用真空蒸镀法在金刚石表面镀覆Ti层，并经900℃扩散处理。
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We have carried out the fundamental research in the following respects: Substrate stress redistribution is analyzed in vacuum evaporating deposition, A model was built to confirm that the gravitational stress formed by sustain and thermal stress induced by temperature gradient influence little to optical element figure after deposition.
首先，对真空蒸镀过程中，基底自身应力的分布状态变化进行了分析。通过建模分析表明，由装夹产生的基底自重应力和温度梯度形成的热应力对镀膜元件的面形影响很小，可忽略不计。
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A thin film of titanium carbide is obtained by vacuum evaporating oftitanium. With diffusion treatment, the existance of titanium carbide is identified by X-raydiffraction analysis. Quantatitive analysis is made by XPS to invetigate diffusion ofcarbon atom between diamond and titanium film.
用真空蒸镀法在金刚石表面镀覆Ti层，并经扩散处理使金刚石表面形成TiC膜，实现了金刚石表面的金属化。X射线衍射分析证实了TiC的存在，利用XPS定量分析验证了在金刚石表面碳原子与钛镀层之间的反应扩散模型。
- 更多网络解释与真空蒸镀相关的网络解释 [注：此内容来源于网络，仅供参考]
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vacuum deposition：真空蒸镀法
进入一具有发光特性的有机物质,在其内再结合时,形成一"激发光子"(exciton)后,利示器就是因为组成每一个像素的副像素(sub-pixel)能发出红、蓝、绿三原色的小分子OLED 的元件是以真空蒸镀法(vacuum deposition)将有机材料成膜在受质(substrate)上,
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vacuum deposition：真空蒸镀
虽然有机半导体材料的电性与载子移动率较差,但是仍有两项优点:(1)有机材料可利用溶液进行大面积旋涂(Spin-coating),或利用真空蒸镀(Vacuum deposition)来制作半导体层,降低制程的成本.
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evaporation：蒸镀
真空鍍膜技術 蒸鍍(Evaporation) & 濺鍍(Sputter) Film Deposition 薄膜沈積(Thin Film Deposition) 在機械工業、電子工業或半導體工業領域,為了對所使用的材料賦與某種特性在材料表面上以各種方法形成被膜(一層薄膜),而加以使用,
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vacuum evaporation：真空蒸镀
物 气相沉积(PVD)处 ,又可分为真空蒸镀( Vacuum Evaporation)、溅射(Sputtering)、 子蒸镀(Ion Plating) 等三种型态. 溅镀法是在辉光放电的环境下, 用动 传递的方式,以 子轰击置於阴极的靶材,将靶原子溅射出并 积於基板上. 在溅镀化合物薄膜时,
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Vacuum Evaporator：真空蒸镀机
一个简易的真空蒸镀机(Vacuum Evaporator)它主要是由一个用以执行真空蒸镀的蒸镀室(Evaporator Chamber),及一组用以提供蒸镀所需之真空渡真空系统所组成的.
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gold foil：金箔
贵金属浆料由三种基本成分金箔 (gold foil) 用轧制、锤打或真空蒸镀法制造的厚度为0.1μm左右的薄片状金. 制造金箔的金中通常含少量银或铜,银和铜的加入使金箔的延展性大大改善. 金箔的透过光呈绿色,反射光为黄色,
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Interfacial wave：内波
真空蒸镀:vacuum vaporization | 内波:interfacial wave | 吸附:interfacial tension
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vacuum resid：减压渣油
真空蒸镀:vacuum vaporization | 减压渣油:vacuum resid | 真空提纯:vacuum distillation
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vacuum evaporating：真空喷镀; 真空蒸镀
vacuum evaporation 真空喷镀; 真空蒸镀; 真空蒸发 | vacuum evaporating 真空喷镀; 真空蒸镀 | vacuum 真空; 真空装置; 真空吸尘器; 真空的