• No se han encontrado resultados

The relation between the most massive star and its parental star cluster mass

N/A
N/A
Protected

Academic year: 2020

Share "The relation between the most massive star and its parental star cluster mass"

Copied!
19
0
0

Texto completo

Loading

Figure

Figure 1. Different relations between the most-massive star and the cluster mass from observations, numerical calculations and theoretical modelling from the literature
Table 1. For these massive stars in star clusters dynamical mass estimates exist from the orbits of binaries.
Figure 2. Plot of the most-massive star versus star-cluster mass data using the literature values for the stellar masses and the old effective temperature scale calibration for O stars
Figure 4. The solid line shows the distribution of the most-massive star for N = 11111 (M ecl ≈ 4000 M) and the dash–dotted line is the same for N = 278 ( ≈100 M) according to equation (7)
+7

Referencias

Documento similar

Best fit values of the relation between total mass and gas, star and baryon fraction of MUSIC-2 halos for all objects, massive clusters and groups of galaxies.. Best fit values of the

Even the most metal-deficient galaxies in the local universe formed from matter that was already preenriched by a previous star formation episode, and the determination of the

We aim at identifying the least massive population of the solar metallicity, young (120 Myr), nearby (133.5 pc) Pleiades star cluster with the ultimate goal of understanding

• Stellar kinematic signatures of intermediate mass black holes in nuclear stellar clusters (with T.. Compare star formation history deduced from fit to absorption line spectra

The present-day distance of a satellite from their parent has some bearing on the amount of star formation prior to the end of reionization, driven in part by the fact that more

A comparison between the radio and X-ray populations in Orion shows that the radio detections so far have been strongly biased to the brighter X-ray stars. This supports the

In summary, from the cluster analysis of individual bright knots and from the integrated photometry of the whole complex, there are clear indications that there is a complex

In the follow- ing analysis of the emission lines and their spatial extension, we focus on the highest resolution EFOSC2 data, observed in August 2008 with Grism 20 in an east-west