• Why not use photolithography to make nano structures?

    为什么不使用光蚀刻法制造奈米结构?

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  • Dr Chauhan, of the University of Florida, said: 'These vitamin structures are like "nano-bricks". The drug molecules can't go through the vitamin e, they must go round it.

    佛罗里达大学的Chauhan博士说:“这些维生素结构类似‘纳米砖块’,药物分子不能够通过维生素e,只能够绕过去。”

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  • A team from the Laboratoire DE Photonique et DE Nano-structures (LPN) of CNRS has developed a light source of entangled photons twenty times brighter than all existing systems.

    来自CNRS(法国科学研究中心)光子与纳米结构实验室的团队研究出比现有纠缠光子源亮20倍的新型超亮源。

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  • In precursors, clear layer structures are observed, especially some regular single and double helix nano rod, which are noble self-assemble structure.

    前驱体中有多孔结构、良好的层状结构、特别是非常规则的单螺旋及双螺旋纳米棒,是比较新颖的一种纳米自组装结构。

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  • The coated composite nano materials with core-shell structures have recently become an increasingly important research branch in materials area.

    具有核壳结构的包覆型复合纳米材料是最近几年材料科学前沿的一个日益重要的研究领域。

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  • For BR and SBR vulcanizates, there are more micron structures and the dimension of nano structure one is relatively smaller than those of other system.

    对于BR和SBR体系,其微米分散结构较其他体系更多,且纳米分散结构的尺寸相对略小。

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  • This paper introduced a low melting point high strength nano vitrified bond with controllable pores developed by the authors, in respects of the sintering process and its pore structures.

    本文介绍了自主研制的具有可控气孔的低熔高强纳米陶瓷结合剂的烧结工艺和气孔结构特性。

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  • Nano-materials have the preternatural interface structures and unique functions and its properties are largely changed in electronics, mechanics, magnetic and optics et al.

    纳米材料具有奇异结构和特异的功能,材料的电学、力学、磁学以及光学性质等发生了巨大的变化。

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  • The function of surfactants in controlling particle size and shape of nano materials, and the influences of species, structures and concentration on them were introduced in this paper.

    简要介绍了表面活性剂在纳米材料形貌控制中的作用,以及表面活性剂的种类、结构、浓度等因素对纳米材料形貌的影响。

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  • In comparison with the coatings applied presently for aircraft structures, the nano-composite coatings showed better anti-aging performance to UV radiation.

    与现役飞机涂层相比,纳米复合涂层的抗紫外线老化性能有明显改进。

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  • In this study, we investigated the nano-optical properties of nanograting structures on the gold film.

    这篇研究中我们将报导金膜上之奈米光栅的光学性质。

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  • The characteristics and crystal structures of UHMWPE/nano-SiO_2 composites were studied and observed by Polarizing Microscope, and were compared with that of the pure UHMWPE.

    通过偏光显微镜观察了复合材料结晶结构,同时和纯UHMWPE进行了比较。

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  • It is shown that at the initial stage of growth, the morphologies present ample fractal shape and by controlling growth parameters it is possible to obtain nano clusters with different structures.

    结果表明,在表面外延生长初期沉积层呈现出非常丰富的分形几何特征,通过控制生长参数,可以得到不同微结构的团簇。

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  • The main structures in floating products are carbon nano-onions and irregular polygon particles, and they grew from isotropic carbon particles near gas bubble wall.

    而水面漂浮物中的主要结构是碳纳米洋葱和不规则的多面体纳米颗粒,由各向同性的碳粒子在气泡壁附近形核并生长而成。

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  • As shown in the physical model, the stability of arc plasma and the directionality of carbon particles played important roles in the formation of carbon nano-structures.

    根据液体电弧放电模型可知,电弧的稳定性和碳粒子运动的定向性对纳米结构的生成过程有重要影响。

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  • After a single layer of metal was deposited on the top of the assembled structures and the lift-off was taken, the nano-metal array with the hexagon shape was achieved.

    进一步沉积金属后,通过去牺牲层工艺去除球体,可得到呈六角形分布的纳米金属列阵结构;

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  • Aerogels are low donsity nano-porous non-crystalline solids whose structures can be controlled through preparation. They have numerous applications because they have many special properties.

    气凝胶是一种结构可控的新型轻质纳米多孔性非晶固态材料,具有许多特殊性质,因而蕴藏着广阔的应用前景。

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  • A new route toward fabrication of nano-structure:graphoepitaxy self-assembly is mentioned. Kinds of nano-structures can be made by this method.

    文中提出了制图外延法自组装有序纳米微结构的新方法,实现了对有序纳米微结构的调控。

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  • In nano-scale, the interfacial layered structures were observed on TEM bright field images (BFI) and dark field images (DFI);

    纳观尺度上的TEM明场像和暗场像表明接头界面存在扩散分层现象;

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  • In nano-scale, the interfacial layered structures were observed on TEM bright field images (BFI) and dark field images (DFI);

    纳观尺度上的TEM明场像和暗场像表明接头界面存在扩散分层现象;

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