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Evolution of mass segregation in open clusters: some observational evidences
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On the basis of the best available member list and duplicity information, we have studied the radial structure of Praesepe and of the very young open cluster NGC 6231. We have found mass segregation among the cluster members and between binaries and single stars, which is explained by the greater average mass of the multiple systems. However, the degree of mass segregation for stars between 1.5 and 2.3 M_sun is less pronounced in Praesepe than in the Pleiades. Furthermore, mass segregation is already present in the very young open cluster NGC 6231 although this cluster is likely still not dynamically relaxed. We discuss the implications of these results and propose a qualitative scenario for the evolution of mass segregation in open clusters. In Praesepe the mass function of single stars and primaries appears to be significantly different, like in the Pleiades. We observe an absence of ellipticity of the outer part of Praesepe.
Forward citations
Cited by 2 Pith papers
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A Comprehensive Study of Czernik 41 and NGC 1342 Using CCD UBV and Gaia DR3 Data
Photometric and astrometric analysis reports Czernik 41 at 2485 pc with age 69 Myr and E(B-V)=1.50, and NGC 1342 at 645 pc with age 1000 Myr, with birth-radius inferences.
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A Multi-Data Approach to Open Clusters: Roslund 3 and Ruprecht 174 in CCD UBV and Gaia DR3 Context
Roslund 3 is a young cluster at about 1.7 kpc with age 60 Myr, and Ruprecht 174 is an older cluster at about 2.4 kpc with age 520 Myr; both have near-solar metallicity.
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