分子制造:纳米建筑纳米

Chris Phoenix
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引用次数: 1

摘要

各种各样的纳米技术项目,无论是教学的还是研究型的,都可以结合分子制造的某些方面。纳米技术正在从让我们进入纳米尺度的大型工具,发展到达到或接近纳米尺度的工具。到目前为止,这些纳米级的工具还不能实现很多商业利益;然而,在未来的十年或二十年里,这种情况将以越来越快的速度发生变化。最终,纳米尺度的工具将能够广泛的纳米尺度结构;这将使制造越来越复杂和有用的结构成为可能。制造具有分子精度的结构尤其重要。当纳米级工具发展到能够制造复制工具的程度时,可能会发生制造业革命;甚至在此之前,发展这一领域的能力既有科学上的好处,也可能有商业上的好处。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Molecular Manufacturing: Nano Building Nano
A wide variety of nanotechnology programs, both pedagogical and research-oriented, can incorporate some aspect of molecular manufacturing. Nanotechnology is developing from large tools that give us access to the nanoscale, to tools constructed at or near the nanoscale. To date, these nanoscale tools are not capable of accomplishing much of commercial interest; however, this will be changing with increasing rapidity over the next decade or two. Eventually, nanoscale tools will be capable of broad classes of nanoscale construction; this will enable the fabrication of increasingly complex and useful structures. Fabrication of structures with molecular precision is especially relevant. When nanoscale tools are developed to the point of being capable of building duplicate tools, a manufacturing revolution may occur; even before that point, there are both scientific and likely commercial benefits to developing capabilities in this area.
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