Autor:
Fernandez-Alvar, E
Carigi, L
Prieto, CA
Hayden, MR
Beers, TC
Fernandez-Trincado, JG
Meza, A
Schultheis, M
Santiago, BX
Queiroz, AB
Anders, F
da Costa, LN
Chiappini, C
The galaxy formation process in the A cold dark matter scenario can be constrained from the analysis of stars in the Milky Way's halo system. We examine the variation of chemical abundances in distant halo stars observed by the Apache Point Observatory Galactic Evolution Experiment ( APOGEE), as ...
Enlace original:
http://repositorio.unab.cl/xmlui/handle/ria/3749
Fernandez-Alvar, E
,
Carigi, L
,
Prieto, CA
,
Hayden, MR
,
Beers, TC
,
Fernandez-Trincado, JG
,
Meza, A
,
Schultheis, M
,
Santiago, BX
,
Queiroz, AB
,
Anders, F
,
da Costa, LN
,
Chiappini, C
,
[Chemical trends in the Galactic halo from APOGEE data]
,
Chemical trends in the Galactic halo from APOGEE data
