... circumstellar ejecta point sources: µ Cep Cas HR5171a HR8752 extended sources + complex ejecta VX Sgr S Per IRC +10420 NML Cyg VY CMa The Post RedSupergiant -- IRC +10420 Strong IR excess L ~ 5 x 105 Lsun High mass loss rate 3-6 x 10-4 One of warmest ...
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Ссылки http://www.atnf.csiro.au/research/masermeeting/web_papers/503_RHumphreys.pdf -- 697.0 Кб -- 09.04.2007 Похожие документы
... Credit: NASA . An artist's impression of a redsupergiant engulfing a Jupiter-like planet as it expands. ... Credit: Andrea Dupree (Harvard-Smithsonian CfA), Ronald Gilliland ( STScI ), NASA and ESA . Betelgeuse is a redsupergiant. ...
... in order of increasing luminosity: blue supergiant, the Sun, red giant, white dwarf ... from dimmest to most luminous would be: white dwarf, Sun, red giant, blue supergiant ...
... long pulsation period: IRAS 05280-6910 is a redsupergiant evolved from a 19-M main ... extremely luminous and late-type dusty redsupergiant IRAS 04553-6825 (WOH G064; cf ...
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Ссылки http://www.atnf.csiro.au/research/conferences/Parkes50th/ProcPapers/vanLoon.pdf -- 277.4 Кб -- 02.10.2012 Похожие документы
... in this line, which has a frequency near 658 GHz, toward a diverse sample of oxygen-rich red giant and supergiant stars ... The wavenumbers were determined from observations of the planetary nebula NGC 7027 and of the redsupergiant Scorpii. ...
... If we also know its luminosity class we can further constrain its position along this line, that is we can distinguish between a redsupergiant, giant or main sequence star for example. ...
... If we also know its luminosity class we can further constrain its position along this line, that is we can distinguish between a redsupergiant, giant or main sequence star for example. ...