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X-Ray Observations of SN 1006 with INTEGRAL

机译:带有积分的SN 1006的X射线观察

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The remnant of the supernova of 1006 AD, the remnant first showing evidence for the presence of X-ray synchrotron emission from shock-accelerated electrons, was observed for ~1000 ks with INTEGRAL in order to study electron acceleration to very high energies. The aim of the observation was to characterize the synchrotron emission and attempt to detect nonthermal bremsstrahlung using the combination of IBIS and JEM-X spatial and spectral coverage. The source was detected with JEM-X between the 2.4 and 8.4 keV bands and was not detected with either ISGRI or SPI above 20 keV. The ISGRI upper limit is about a factor of 4 above current model predictions, but confirms the presence of steepening in the power law extrapolated from lower energies (4 keV).
机译:为了研究电子加速到非常高的能量,用INTEGRAL观测了大约1000 ks的公元1006年超新星的残余物,该残余物首先显示了来自激波加速电子的X射线同步加速器发射的证据。观察的目的是表征同步加速器的发射,并尝试结合IBIS和JEM-X空间和光谱覆盖率来检测非热thermal致辐射。在2.4和8.4 keV频带之间用JEM-X检测到了该信号源,而在20 keV以上的ISGRI或SPI则未检测到该信号源。 ISGRI上限约为当前模型预测值的4倍,但证实了由较低能量(<4 keV)推断出的幂律中存在陡峭现象。

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