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Long-term X-ray timing of the double pulsar PSR J0737-3039

机译:双脉冲星PSR的长期X射线定时J0737-3039

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摘要

The relativistic double neutron star binary PSRJ0737-3039 is a truly unique system offering the diagnostics of two interacting radio pulsars in a short orbital period system. Clear evidences of orbital phase-dependent interactions between the two neutron stars are seen both in radio and X-rays observations. We present the timing analysis results of the PSRJ0737- 3039 observations performed in the context of the 2006 and 2011 XMM-Newton Large programs providing ~20000 X-ray counts overall from the system. Despite only marginal orbital flux variability is detected, both pulsars of the system are clearly seen in X-ray providing physical insights on the physics of the mutual interactions in their close environment. In particular, we discuss possible processes behind the peculiar X-ray brightening of the "lazy pulsar" PSR B via energy transfer from the "power plant" PSR A.
机译:相对论双中子星双星PSRJ0737-3039是一个真正独特的系统,可在短轨道周期系统中对两个相互作用的射电脉冲星进行诊断。在无线电和X射线观测中都可以看到两个中子星之间轨道相位相关相互作用的清晰证据。我们介绍了在2006年和2011年XMM-Newton Large程序的背景下执行的PSRJ0737-3039观测结果的时序分析结果,该程序从系统中总体提供了约20000个X射线计数。尽管仅检测到边缘轨道通量变化,但在X射线中可以清楚地看到系统的两个脉冲星,从而提供了有关其近距离环境中相互作用的物理学的物理见解。特别是,我们讨论了通过“发电厂” PSR A的能量转移对“惰性脉冲星” PSR B进行特殊X射线增亮的可能过程。

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