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The Stanford Nanofabrication Facility and the National Nanofabrication Users' Network: The ultimate sandbox for bioMEMS and bioengineering RD

机译:斯坦福纳诺制造设施和国家纳米制造用户网络:生物米思和生物工程的终极沙箱

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As cutting-edge research becomes more multidisciplinary, it becomes increasingly difficult to find experimental and laboratory resources that can support such broadly defined research. The five, founding-member university facilities of the Nanofabrication Users' Network (NNUN) have been providing such broad-based resources for nine years. The goal of the NNUN is not only to develop micro- and nanotechnology fabrication resources and expertise across a broad range of disciplines, but also to encourage researchers from industry as well as academia outside the network to make use of our facilities. All NNUN sites are shared-equipment, open-use laboratories featuring a broad range of micro- and nanofabrication equipment. The NNUN is comprised of two main "hub" facilities at Stanford and Cornell Universities, and three "satellite" facilities at the University of California, Santa Barbara, Perm State University, and Howard University. Based on the academic traditions of openness and sharing, these facilities comprise a vibrant, dynamic community of researchers. Our lab members come from a wide variety of disciplines, with research in areas of optics, MEMS, biology, and chemistry, as well as process characterization and fabrication of more traditional electronics devices. We are especially committed to supporting use of micro- and nanofabrication technologies in non-traditional research applications. The NNUN is supported by the National Science Foundation under cooperative agreements ECS-9731293 and ECS-9731294.
机译:作为前沿研究变得更加多学科,它变得越来越难以找到能够支持这种广义的研究实验和实验室资源。在纳米加工用户的网络(NNUN)的五个创始成员大学的设施已经连续九年提供这种基础广泛的资源。该NNUN的目标是不仅要发展微型和纳米技术制作资源和专业知识在广泛的学科,同时也鼓励业界以及学术界的研究人员外网要利用我们的设施。所有NNUN网站共享设备,开放使用的实验室配备了广泛的微加工和纳米加工设备。该NNUN在加州的彼尔姆州立大学圣巴巴拉分校和霍华德大学由两个主要的“枢纽”在斯坦福大学和康奈尔大学的设施,三“卫星”设施。基于开放和分享的学术传统,这些设施包括一个充满活力的,研究人员的动态社区。我们的实验室成员来自多种学科,与传统电子设备的研究,光学,MEMS,生物和化学领域,以及工艺特性和制造。我们尤其致力于支持非传统的研究应用微观和纳米加工技术。该NNUN是由美国国家科学基金会根据合作协议,ECS-9731293和ECS-9731294的支持。

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