the fabrication of one-dimension quantum wire arrays in the active region of semiconductor laser

modulation of electron transport though the quantum wire by many side-coupled quantum chains

多个侧向链对横向量子线传输性质的调制

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silicon quantum wire array embedded in silicon dioxide

SiO2全封闭的硅量子线列阵

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spin polarized transport properties for quantum wire irradiated by thz electromagnetic wave

电磁波辐照下量子线的电子自旋极化输运性质

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the susceptibility of a quantum wire with the electron electron backscattering

量子线中的电子-电子背向散射与磁化率

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study on polaron effect in quantum wire and quantum well with parabolic confining potential

抛物量子线、量子阱中极化子效应的研究

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quantum wire ( dot) prepared by combination of laser and chemical etching

激光刻蚀与化学腐蚀结合法制备量子线（点）结构

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the nature of polaron in cylindrical quantum wire with a magnetic field

磁场作用下圆柱形量子线中极化子的性质

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the results indicate that quantum wire improves the optical properties of laser.

说明量子线结构比量子阱结构提高了量子激光器光学性能。

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fabrication technology of quantum wire and dot microstructure by selective growth

量子线与量子点微结构的选择生长制备技术

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emphasis has been given to the concepts of molecular recognition, molecular self-assembly, molecular devices, supramolecular materials and supramolecular catalysis.

着重介绍了分子识别、分子自组装、超分子催化、超分子器件及超分子材料等概念。对由此可能形成的新的前沿科学如分子电子学、分子离子学、分子光子学及超分子工艺学等作了扼要介绍。

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cyclodextrin and calixarene, as the second and third generation supramolecular hosts, represent two important research directions in supramolecular chemistry, which have been widely applied in the molecular recognition and self-assembly.

这其中作为第二和第三代大环主体分子的环糊精和杯芳烃代表着超分子化学的两个重要研究方向，在分子识别及组装体构筑中得到了广泛的应用。

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furthermore, the new progress and important achievements for molecular recognition, self-assembly, and nano-supramolecular assembly based on nature cyclodextrin and its derivatives were summarized and reviewed. 2.

同时对以天然或修饰环糊精为基础的分子识别与组装，以及基于环糊精衍生物的纳米超分子组装体研究，所取得的重要成果和最新进展进行了概括与评述。

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the mimicking of biological functional systems is one of the active areas of modern chemistry, and two important factors of enzyme mimic are molecular recognition and self-assembly.

模拟生物功能体系是当今化学发展中一个十分活跃的领域，分子识别与分子组装是实现仿生的两个基本要素。

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the novel structural coordination compounds with nitrogen and sulfur have been synthesized via molecular design, self-assembly.

本论文通过分子设计，合成了光学性质较好的含有氮、硫的有机配体，成功地组装了一些有机金属配合物。

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the study of molecular interface self-assembly behavior is very important to understand the formation regular of molecular nanostructure and to further realize the artificial control of molecular nanostructure.

研究分子的界面自组装行为对理解分子纳米结构的形成规律，进一步实现对分子纳米结构的人为控制至关重要。

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molecular self-assembly is a "bottom-up" strategy to fabricate new functional materials. it has been considered as one of the most attractive and challenging scientific fields because of the complexity of the assembly process as well as the hierarchical structures of the resultant assemblies.

分子自组装是新型功能材料制备的一种自下而上的战略，同时，由于组装过程的复杂性和组装体的结构常具有多层次特点，分子自组装成为当前备受关注和充满挑战的重大科学问题之一。

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the friction of the substrate was reduced and excellent wear-resisting characteristics were presented on the compound films. ( 2) the stearic acid, oleic acid and lauric acid films are prepared on the substrates of copper by molecular self-assembly technology.

在纯铜片上利用分子自组装技术沉积了硬脂酸、油酸、月桂酸有机薄膜；硬脂酸薄膜的抗磨减摩性能最佳。

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a selective molecularly imprinted polymer to ferulic acid was prepared in acetonitrile by molecular self-assembly technology using 4-vinylpyridine ( 4-vp) as monomer and hydrogenated ferulic acid ( hfa) as dummy template.

以氢化阿魏酸为假模板分子（dummy template），4-乙烯基吡啶为功能单体，通过自组装技术在乙腈中制备了对阿魏酸具有良好识别能力的印迹聚合物。

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molecular self-assembly has attracted researchers' interest since 1980s, which is a crossing subject among the fields of condensed physics, materials science, synthesized chemistry, structure chemistry, biology science, nanometer materials and electronic device.

分子自组装从80年代开始就引起人们广泛的研究兴趣，是凝聚态物理、材料科学、合成化学、结构化学、生物科学、纳米材料及电子器件等研究领域的交叉课题。

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the copolymerization modification and molecular self-assembly of polysilanes are also discussed to show the even wider potential applications as a new functional polymeric material. polyamide of variety and excellent capability through copolymerization modification was exploited.

本文介绍了国内外关于聚硅烷的研究进展，包括聚硅烷的性能和应用、以及聚硅烷的共聚改性和分子自组装.通过共聚改性，可以开发出品种繁多，性能优异的聚酰胺新产品。

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