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XMM-Newton Detection of X-Ray Emission from the Compact Steep-Spectrum Radio Galaxy 3C 303.1

机译:紧凑型陡谱无线电星系3C 303.1的XMM牛顿X射线发射检测

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摘要

Using XMM-Newton we detect faint unresolved X-ray emission from the compact steep-spectrum radio galaxy 3C 303.1. We detect a thermal component at kT 0.8 keV, which seems likely to be produced in the interstellar medium (ISM) of the host galaxy. There is evidence for a second component in the spectrum whose nature is currently ambiguous. Plausible hypotheses for the second component include (1) hot gas shocked by the expansion of the radio source, and (2) synchrotron self-Compton emission from the southern radio lobe if the magnetic field is below the equipartition value by a factor of ~3.5.
机译:使用XMM-Newton,我们可以检测到来自紧凑的陡谱无线电星系3C 303.1的微弱的未分辨X射线发射。我们在kT 0.8 keV处检测到一个热分量,该热分量似乎可能在宿主星系的星际介质(ISM)中产生。有证据表明频谱中的第二个成分目前性质尚不明确。第二成分的合理假设包括:(1)因无线电源的膨胀而受到冲击的热气,以及(2)如果磁场低于均分值约3.5倍,则来自南部无线电波的同步加速器自康普顿发射。 。

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