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External Compton emission from relativistic jets in Galactic black hole candidates and ultraluminous X-ray sources

机译:来自银河系黑洞候​​选者和超发光X射线源中相对论射流的外部康普顿发射

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摘要

Galactic binary systems that contain a black hole candidate emit hard X-rays in their low luminosity mode. We show that this emission can be understood as due to the Compton scattering of photons from the companion star and/or the accretion disk by relativistic electrons in a jet. The same electrons are also responsible for the radio emission. Two sources -- XTE J1118+480 and Cygnus X-1 -- are modelled as representatives of black holes with low and high luminosity companion stars respectively. We further show that the ultraluminous compact X-ray sources observed in nearby galaxies have the properties expected of stellar mass black holes with high luminosity companions in which the jet is oriented close to our line of sight.
机译:包含黑洞候选者的银河双星系统以低发光度模式发射硬X射线。我们证明了这种发射可以理解为是由于射流中相对论性电子对来自伴星和/或吸积盘的光子进行了康普顿散射。相同的电子也负责无线电发射。 XTE J1118 + 480和Cygnus X-1这两个来源分别被模拟为黑洞的代表,黑洞分别具有低和高亮度的伴星。我们进一步表明,在附近星系中观察到的超发光紧凑型X射线源具有恒星质量黑洞的期望特性,该黑洞具有高亮度伴星,其中射流的方向靠近我们的视线。

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