| Document Date: 2012-05-08 15:09:10
Open Document File Size: 388,89 KBShare Result on Facebook
City IEEE / / Company Ames / / Currency USD / / / Facility Washington University / / IndustryTerm million-fold concentration enhancement using microcapillary networks / microfludic devices / polymer microfabrication technologies / integrated technologies / 2U payload systems / This technology / microelectromechanical systems / satellite microanalytical systems / suitable lab-on-a-chip technology / culture-and-analysis systems / suitable wet-chemical indicator reactions / planetary applications / penetrator technology / mid-term lab-on-chip technologies / microanalytical systems / / Organization 1NASA Ames Reseach Center / 3SETI Institute / National Aeronautics and Space Administration / Washington University / / / Position Boone T.D. / / ProvinceOrState Florida / New York / / Technology radiation / polymer microfabrication technologies / microelectromechanical systems / MEMS / gene expression / suitable lab-on-a-chip technology / penetrator technology / mid-term lab-on-chip technologies / microfluidics / This technology / pdf / /
SocialTag |
Concepts and Approaches for Mars Exploration[removed]pdf SMALL SATELLITE-DERIVED MICROFLUIDIC AND MICROANALYTICAL TECHNOLOGIES FOR MARS SURFACE BIO/CHEMICAL HAZARDS ASSESSMENT. Antonio J. Ricco1, John W. Hines1, Elw