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Detection of a 23.6 min periodic modulation in the optical counterpart of 3XMMJ051034.6–670353

机译:在3XMMJ051034.6–670353的光学对应部件中检测到23.6分钟的周期性调制

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We present high speed optical photometric observations made using the NTT and ULTRACAM of the optical counterpart of 3XMMJ051034.6–670353, which was recently identified as an X-ray source showing a modulation on a period of 23.6 min. Although the optical counterpart is faint ( g = 21.4), we find that the u ′ g ′ r ′ light curves show a periodic modulation on a period which is consistent with the X-ray period. We also obtained three low resolution spectra of 3XMMJ051034.6–670353 using the Gemini South Telescope and GMOS. There is no evidence for strong emission lines in the optical spectrum of 3XMMJ051034.6–670353. We compare and contrast the optical and X-ray observations of 3XMMJ051034.6–670353 with the ultra compact binaries HM Cnc and V407 Vul. We find we can identify a distribution of binary masses in which stable direct impact accretion can occur.
机译:我们介绍了使用3XMMJ051034.6–670353光学对应物的NTT和ULTRACAM进行的高速光学光度学观测,该光学对应物最近被确定为X射线源,显示在23.6分钟的时间内进行了调制。尽管光学对应物微弱(g = 21.4),但我们发现u'g'r'光曲线在与X射线周期一致的周期上显示出周期性调制。我们还使用双子座南方望远镜和GMOS获得了3XMMJ051034.6–670353的三个低分辨率光谱。没有证据表明在3XMMJ051034.6–670353的光谱中存在强发射线。我们将3XMMJ051034.6–670353的光学和X射线观察与超紧凑型二进制HM Cnc和V407 Vul进行比较和对比。我们发现我们可以确定二元质量的分布,在其中可以发生稳定的直接冲击累积。

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