活动ew / rs双星系统:GSC 05586-00371的光度研究

M.S. Brincat, C. Galdies, W. Grech, F. Tavakkoli, K. Hills
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引用次数: 0

摘要

GSC 05586-00371是一个快速旋转(Prot≈0.44天)的食双星。我们的研究表明,该恒星系统属于wuma类过接触食双星,具有RS CVn型恒星的特征。我们通过V带通和I带通的光度方法研究了这个双星系统,其中也利用了ASAS-SN调查的数据。我们的光度测定法得出了更精确的轨道周期。为期6年的ASAS-SN数据揭示了一个归因于恒星黑子活动的长期光度波。我们对双星系统进行了73小时的监测,以检测系统中可能出现的耀斑,其中一个观测站连续监测了两个事件。通过使用Binary Maker 3.0应用的Wilson-Devinney程序,我们得到了这个双星系统的一个模型,揭示了两个组成部分都存在恒星黑子。我们的研究结果表明,恒星黑子活动是动态的,它们对系统光输出的影响随季节时间尺度而变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A PHOTOMETRIC STUDY OF THE ACTIVE EW/RS BINARY STAR SYSTEM: GSC 05586-00371
GSC 05586-00371 is a fast-rotating (Prot ≈ 0.44 days) eclipsing binary. Our study showed that this star system is an overcontact eclipsing binary star that belongs to the W UMa class with characteristics of RS CVn type stars. We studied this binary system by photometric means through the V and I bandpass where data by the ASAS-SN survey have also been utilized. our photometry yielded a more precise orbital period that was obtained on its discovery. ASAS-SN data over a 6-year period revealed a long-term photometric wave that is attributed to star spot activity. We monitored the binary system over a 73-hour monitoring period to detect any possible flares from the system, where two consecutive events were monitored from one of our observing stations. Through the use of the Wilson-Devinney program as applied by Binary Maker 3.0, we have obtained a model for this binary system that reveals the presence of star spots on both components. Our results show that the star spot activity is rather dynamic where their influence on the system’s light output changed on seasonal timescales.
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