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    With modularity, interoperability, and openness as guiding principles, Next Generation Library Publishing (NGLP), is developing library publishing resources that combine the values alignment of open source software with the convenience of turnkey publishing and repository solutions. The project is simultaneously building interoperable software components tailored to the unique needs of library publishers and designing business and governance models, values-based assessment frameworks, and pilot implementations that will bring our code to life. This is a test instance undergoing active development.
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    J W Judy, Ira Goldberg, Dohyun Kim May 5, 2004

    Nitrate-sensing system that consists of a micromachined sensor substrate, nitrate-permeable membrane, integrated microfluidic channels, and standard fluidic connectors has been designed, fabricated, assembled, and tested. Our microsensor was designed for in-situ monitoring of nitrate concentrations in ground water. A silver electrode was patterned for amperometric nitrate detection. An electrochemically oxidized silver electrode was used as a reference electrode. Microfluidic channels were fabricated as flow paths for the eluent and ground-water sample to the microelectrochemical (MEC) cell. The sensor also incorporates a nitrate-permeable membrane that is used for selective measurement of nitrate. The sensor has a linear response over concentration ranging from 1 μM to 1 mM.

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    • AuthorsJ W Judy, Ira Goldberg, Dohyun Kim
    • Deposited January 3, 2022
    • Available January 3, 2022
    • ISSN--
    • Text Versionqt8j4033n7.pdf.txt
    • PDF Versionqt8j4033n7.pdf