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Observational evidence for intermediate-mass black holes:ultra-luminous X-ray sources

机译:中块黑洞的观察证据:超光X射线源

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Incorporating early data from the Suzaku satellite launched in July 2005, properties of Ultra-Luminous compact X-ray sources (ULXs) were studied in close comparison with those of Galactic and Magellanic black-hole binaries. Based on an analogy between these two types of X-ray sources, ULXs showing power-law type spectra are considered to host Comptonized accretion disks, while those with multicolor-disk type spectra are interpreted to harbor "slim" disks. The analogy also suggests that ULXs are radiating near their Eddington limits, and hence their central black holes are significantly more massive than the ordinary stellar-mass black holes contained in Galactic and Magellanic black-hole binaries. In this sense, ULXs can be regarded as intermediate-mass black holes
机译:将早期数据从2005年7月推出的Suzaku卫星进行,研究了超发光的紧凑型X射线源(ULXS)的性质与银河和Magellanic Black-Hole二进制文件相比,研究了超发光的X射线源(ULXS)。基于这两种类型的X射线源之间的类比,uLX被认为是宿主的宿主的增量磁盘,而具有多色盘型光谱的磁盘被解释为港口“超薄”磁盘。这些类比还表明ULXS在埃丁顿限制附近辐射,因此它们的中央黑洞比银河系和魔法黑洞二进制文件中包含的普通恒星 - 质量黑洞显着更大。从这个意义上说,ULX可以被视为中间质量黑洞

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