The structure of the Milky Way from period-luminosity relations.

Dorota M Skowron
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Abstract

Disentangling the structural components of the Milky Way requires knowledge of distances to various classes of objects, both young, which trace the Galactic disk, and old, which trace the Galactic bulge and halo. Variable stars that obey period-luminosity relations are perfect distance indicators for such studies. Here we discuss recent findings on the structure of our galaxy, inferred from period-luminosity relations for both young, old and intermediate-age variable stars, including Cepheids, RR Lyrae stars, δ Scuti stars, and long-period variables.

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从周期-光度关系看银河系的结构
要想厘清银河系的结构成分,就必须了解各类天体的距离,其中既包括追踪银河系盘的年轻天体,也包括追踪银河系隆起和光环的老天体。符合周期-光度关系的变星是这类研究的完美距离指标。在这里,我们将讨论根据年轻、老龄和中龄变星的周期-光度关系推断出的银河系结构的最新发现,这些变星包括仙王座变星、天琴座RR变星、δ Scuti变星和长周期变星。
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