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Metrology at the Nanoscale: What are the Grand Challenges?

机译:纳米尺度的计量:巨大的挑战是什么?

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摘要

Nanometrology provides the means to measure and characterize nanometer scale process and product performance and covers an expanse of topics including instrumentation, measurement methods (off-line and in-process applications), and standards. To meet the needs of the emerging integrated manufacturing community it is important that research on scale-up of nanotechnology for high-rate production, reliability, robustness, yield, efficiency and cost issues for manufactured products and services be pursued. To achieve this, new research directions must include a systems approach that encompasses the characterization of instrumentation, three dimensional metrology, and production-hardened metrology. To illustrate the value of metrology and the role of standards to facilitate product realization, a number of National Nanotechnology Initiative (NNI) sponsored workshops have been organized. This paper provides an overview of some key findings and recommendations identified at two nanomanufacturing workshops held in 2004 and 2006 that were focused on metrology, instrumentation, and standards.
机译:纳米计量学提供了测量和表征纳米级工艺和产品性能的方法,并涵盖了广泛的主题,包括仪器,测量方法(离线和工艺中的应用)和标准。为了满足新兴的集成制造社区的需求,重要的是,必须进行纳米技术的规模化研究,以实现高生产率,可靠性,鲁棒性,产量,效率和成本问题。为了实现这一目标,新的研究方向必须包括一种系统方法,其中应包括仪器的表征,三维计量和生产硬化计量。为了说明计量学的价值以及标准在促进产品实现方面的作用,已经组织了许多国家纳米技术计划(NNI)赞助的讲习班。本文概述了在2004年和2006年举行的两个纳米制造研讨会上确定的一些关键发现和建议,这些研讨会的重点是计量,仪器和标准。

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