A large dataset of ~2800 spectra extracted from the ELODIE archive was analysed in order to find solar twins. Stellar spectra closely resembling the spectrum of the Sun were selected by applying a purely differential method, directly on the fluxes. As solar reference, 18 spectra of asteroids, Moon, and blue sky were used. Atmospheric parameters and differential abundances of eight chemical elements were determined for the solar twin candidates after a careful selection of appropriate lines. The Li feature of the targets was investigated and additional information on absolute magnitude and age was gathered from the literature. HIP 076114 (HD 138573) is our best twin candidate; it looks exactly like the Sun in all these properties.Based on da...
Context. The Sun shows abundance anomalies relative to most solar twins. If the abundance peculiarit...
Context. The discovery of true solar analogs is fundamental to a better understanding of the Sun and...
We present the first detailed chemical abundance analysis of the old 8.2 Gyr solar twin, HIP 102152....
International audienceA large dataset of ~2800 spectra extracted from the ELODIE archive was analyse...
A large dataset of ~2800 spectra extracted from the ELODIE archive was analysed in order to find sol...
Solar twins are stars that replicate the solar astrophysical properties. They represent natural cand...
Several solar analogs have been identified in the library of high resolution stellar spectra taken w...
2016yCat..35870131M - VizieR On-line Data Catalog: J/A+A/587/A131. Originally published in: 2016A&A....
Context. The standard solar model fails to predict the very low lithium abundance in the Sun, which ...
Context. We are carrying out a search for planets around a sample of solar twin stars using the HARP...
Context. We are carrying out a search for planets around a sample of solar twin stars using the HARP...
Context. We are carrying out a search for planets around a sample of solar twin stars using the HARP...
Context. Many large stellar surveys have been and are still being carried out, providing huge amount...
Context. Solar twins are increasingly the subject of many studies owing to their wide rang...
Context. The Sun shows abundance anomalies relative to most solar twins. If the abundance peculiarit...
Context. The discovery of true solar analogs is fundamental to a better understanding of the Sun and...
We present the first detailed chemical abundance analysis of the old 8.2 Gyr solar twin, HIP 102152....
International audienceA large dataset of ~2800 spectra extracted from the ELODIE archive was analyse...
A large dataset of ~2800 spectra extracted from the ELODIE archive was analysed in order to find sol...
Solar twins are stars that replicate the solar astrophysical properties. They represent natural cand...
Several solar analogs have been identified in the library of high resolution stellar spectra taken w...
2016yCat..35870131M - VizieR On-line Data Catalog: J/A+A/587/A131. Originally published in: 2016A&A....
Context. The standard solar model fails to predict the very low lithium abundance in the Sun, which ...
Context. We are carrying out a search for planets around a sample of solar twin stars using the HARP...
Context. We are carrying out a search for planets around a sample of solar twin stars using the HARP...
Context. We are carrying out a search for planets around a sample of solar twin stars using the HARP...
Context. Many large stellar surveys have been and are still being carried out, providing huge amount...
Context. Solar twins are increasingly the subject of many studies owing to their wide rang...
Context. The Sun shows abundance anomalies relative to most solar twins. If the abundance peculiarit...
Context. The discovery of true solar analogs is fundamental to a better understanding of the Sun and...
We present the first detailed chemical abundance analysis of the old 8.2 Gyr solar twin, HIP 102152....