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首页> 外文会议>The Knowledge Foundation's 2nd Annual International Conference on Application and Commercialization of NanoStructured Materials 2001 Jun 21-22, 2001 Chicago, IL USA >Bottom-Up Assembly of Nanowires: Technology and Application
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Bottom-Up Assembly of Nanowires: Technology and Application

机译：自底向上组装纳米线：技术与应用

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摘要

1. Synthesis and structure : A laser-assisted catalytic growth (LCG) approach has been developed for the synthesis of single crystal compound semiconductor nano wires with controlled chemical composition, doping, and size. 2. Electronic properties: Transport studies show that individual nano wires are conductive and can be doped into n- or p-type semiconductors in a controlled way, and thus opens up exciting opportunities in nanoscale electronics. 3. Nanowire devices: Various nanoscale electronic and opto-electronic devices, including FETs, p-n junctions, LEDs and photodetectors, have been assembled from nano wire building blocks. 4. Hierarchical Assembly: Rational approaches have been developed to assemble nanowires into highly integrated device arrays.
机译：1.合成和结构：已经开发了一种激光辅助催化生长（LCG）方法，用于合成化学成分，掺杂和尺寸受控的单晶化合物半导体纳米线。 2.电子特性：传输研究表明，单个纳米线具有导电性，可以以受控方式掺杂到n型或p型半导体中，从而为纳米级电子学带来了令人兴奋的机遇。 3.纳米线器件：各种纳米级电子和光电器件，包括FET，p-n结，LED和光电探测器，都是由纳米线构件组装而成的。 4.分层组装：已经开发出合理的方法来将纳米线组装成高度集成的设备阵列。

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