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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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    Jason Shih, Chi-Yuan Shih, Jun Xie, Yu-Chong Tai, and 1 more January 1, 2005

    It is desirable that in analytical microfluidic systems such as chip-based liquid chromatography that fluidic channel structure is robust enough so to avoid channel fracture at high pressure operation. In addition, the system fluidic dead volume should be minimized so to enhance analysis quality or shorten the analysis time. We demonstrate here using parylene thin film technology to fabricate channel configurations which provide pressure capacity above 1000 psi. Also, practical solutions for chip packaging and fluidic coupling to off-chip world that guarantee leak-free interface and minimal system dead volume are provided.

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