寻找远古新星

黄金时代 Pub Date : 2018-07-05 DOI:10.22323/1.315.0046
L. Schmidtobreick, C. Tappert, M. Shara, S. Scaringi, A. Bayo, N. Vogt, A. Ederoclite
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引用次数: 0

摘要

巨变星(CV)中的新星爆发是一种热核爆炸,发生在主白矮星的表面,一旦它从它的晚期伴星那里吸积了临界质量。在这两次喷发之间,双星看起来应该是一个“正常的”CV,尽管在最初的几十年或几百年里,白矮星仍然被加热,这可能会影响双星的传质速率。为了将新星群与一般的cv - 1进行比较,需要大量的老新星。我们已经执行了一个程序来恢复旧新星并研究其中的双星。我们在这里展示了这个项目的结果,以及一个新的深宽视场的Hα + [NII]灾难性变量调查,以寻找这些天体周围的残余新星壳。在一些迄今为止还不被称为新星的灾难性变量周围发现了这样的壳层。它们提供了明确的证据,表明该系统过去曾经历过新星爆发,因此指向了可观测到的最古老的新星。
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The hunt for ancient novae
A nova eruption in a cataclysmic variable (CV) is a thermonuclear explosion on the surface of the white-dwarf primary once it has accreted a critical mass from its late-type companion. Between these eruptions, the binary is supposed to appear as a ’normal’ CV, although for the first tens or hundreds of years, the white dwarf is still heated up which might influence the mass-transfer rate of the binary. To compare the nova-populations with the general CV-one, a large number of old novae are needed. We have conducted a program to recover old novae and study the binary within. We here present the results of this program as well as a new deep wide-field Hα + [NII] survey of cataclysmic variables to search for remnant nova shells around these objects. Such shells have been found around some cataclysmic variables that were hitherto not known as novae. They provide the unambiguous evidence that the system has experienced a nova eruption in the past and thus point to the oldest novae observable.
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