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Nonmetals / Observational astronomy / Astrochemistry / Refrigerants / Interstellar nitrogen monohydride / Interstellar medium / Sagittarius B2 / Star / Hydrogen / Chemistry / Matter / Chemical elements


THE ASTROPHYSICAL JOURNAL, 561 : 823È829, 2001 November[removed]The American Astronomical Society. All rights reserved. Printed in U.S.A. ATOMIC OXYGEN ABUNDANCE IN MOLECULAR CLOUDS : ABSORPTION TOWARD SAGITTARIUS B2
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Document Date: 2005-06-15 18:57:31


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Madden / San Francisco / Tucson / Bonn / Pasadena / Bristol / New York / /

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Hanson / H and CO / Jet Propulsion Laboratory / Perot / Cox / O I and CO / Henkel / Downs Laboratory / OH and CO / Russell / /

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Germany / /

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Caltech Submillimeter Observatory / Downs Laboratory of Physics / California Institute of Technology / NASA Kuiper Airborne Observatory / /

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shocked gas / gas-phase abundance / cool molecular gas / deconvolution algorithm / gas densities / gas density / dense gas phase / recent chemical models / chemical / molecular gas / quiescent gas / gas phase / chemical models / /

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Max-Planck-Institut fuŽr Radioastronomie / California Institute of Technology / ISAS / National Science Foundation / ESA / National Aeronautics and Space Administration / American Astronomical Society / /

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Hollenbach / However / Takahashi / /

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D. J. / model / /

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Nikon D50 Digital Camera / Nikon D60 Digital Camera / /

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Alabama / South Carolina / California / Arizona / Colorado / /

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THE ASTROPHYSICAL JOURNAL / /

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radiation / MEM algorithm / deconvolution algorithm / spectroscopy / ESA / /

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