Study of Open Star Clusters Using the Gaia DR3: I- Poorly Studied King 2 and King 5
arXiv:2503.07730 · doi:10.1088/1402-4896/adbf71
Abstract
In this study, we utilize photometric and kinematic data from \textit{Gaia} DR3 and the {\sc ASteCA} package to analyze the sparsely studied open clusters, King 2 and King 5. For King 2, we identify 340 probable members with membership probabilities exceeding 50\%. Its mean proper motion components are determined as mas yr, and its limiting radius is derived as arcminutes based on radial density profiles. The cluster has an estimated age of Gyr, a distance of pc, and a metallicity of dex (). We detect 17 blue straggler stars (BSSs) concentrated in its core, and its total mass is estimated to be . The computed apex motion is . Similarly, King 5 consists of 403 probable members with mean proper motion components mas yr and a limiting radius of arcminutes. The cluster's age is determined as Gyr, with a distance of pc and a metallicity of dex (). We identify 4 centrally concentrated BSSs, and the total mass is estimated as . The apex motion is calculated as . The orbital analysis of King 2 and King 5 indicates nearly circular orbits, characterized by low eccentricities and minimal variation in their apogalactic and perigalactic distances. King 2 and King 5 reach maximum heights of pc and pc from the Galactic plane, respectively, confirming their classification as young stellar disc population.
arXiv comment27 pages, including 11 figures and 8 tables, accepted for publication in the Physica Scripta
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