... the compact object inside RCW 103 the accretion rate, $\dot M$, should be about $10 ... For the RCW 103 I use the following values: $\dot M= 10^{14}\, g/s$, $M=1.4\, M ...
... object in the center of RCW 103 the accretion rate, — M , should be about 10 14 g s ... For the RCW 103 I use the following values: — M = 10 14 g s \Gamma1 , M = 1:4 M fi ...
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Ссылки http://xray.sai.msu.ru/~polar/html/publications/baranov/popov.ps -- 81.6 Кб -- 02.12.1999 Похожие документы
... object in the center of RCW 103 the accretion rate, — M , should be about 10 14 g=s ... For the RCW 103 I use the following values: — M = 10 14 g=s, M = 1:4 M fi , RNS = 10 ... V.M.Lipunov for helpful discussions, E.V. Got thelf and K. Torii for the ...
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Ссылки http://xray.sai.msu.ru/~polar/html/publications/baranov/poster.ps -- 100.6 Кб -- 14.09.1999 Похожие документы
... 1128 S B Popov, M E Prokhorov Physics ± Uspekhi 50 (11) 103 s G A X-ray pulsars Cen X-3 L1 SA L2 Spin period P SS 433(?) ... proceeds onto a black hole with the intermediate mass 102 ю 103M at a rate close to the Eddington value [100] (see Ref. [101 ...
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Ссылки http://xray.sai.msu.ru/~polar/presentations/cagliari_2009/ufn2007.pdf -- 873.8 Кб -- 02.07.2008 Похожие документы