
doi: 10.1086/172675 , 10.7275/2784
Double-peaked (C-12)O (1-0) emission centered on the young T Tauri star GG Tau possesses a line profile which may be modeled on the assumption that CO emission arises in an extended circumstellar disk. While bounds on the observed gas mass can be estimated on this basis, it is suggested that a large amount of mass could lie within a small and optically thick region, escaping detection due to beam-dilution effects. In addition, CO may no longer accurately trace the gas mass due to its dissociation, or freezing into grains, or due to the locking-up of carbon into more complex molecules.
PRE-MAIN-SEQUENCE, CIRCUMSTELLAR MATTER, RADIO LINES, ISM, STARS, INDIVIDUAL (GG TAURI), STARS, PRE-MAIN-SEQUENCE,, RADIO LINES, CIRCUMSTELLAR MATTER, INDIVIDUAL (GG TAURI), ISM, STARS
PRE-MAIN-SEQUENCE, CIRCUMSTELLAR MATTER, RADIO LINES, ISM, STARS, INDIVIDUAL (GG TAURI), STARS, PRE-MAIN-SEQUENCE,, RADIO LINES, CIRCUMSTELLAR MATTER, INDIVIDUAL (GG TAURI), ISM, STARS
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