We review the field of abundance determinations of elements in cool stars, with special interest paid to determinations based on analyses of high-resolution, 1-5 micron spectra. We discuss the current status, problems, and challenges of exploring high-resolution, near-infrared spectra. In particular, advantages and drawbacks are pointed out. A few examples of current, chemical-abundance determinations are high-lighted and, finally, we discuss the developmen
Aims.This work presents a uniform and homogeneous study of chemical abundances of refractory element...
Along with our own results from the high resolution spectral analysis of the 107 metal rich F, G, K ...
Context. A number of large spectroscopic surveys of stars in the Milky Way are under way or are bein...
There has been an incredibly large investment in obtaining high-resolution stellar spectra for deter...
Hot massive stars are ideal indicators for present-day cosmic abundances. We review results from a n...
Context. Modern spectroscopy of early-type stars often aims at studying complex physical phenomena ...
We present the overview of chemical compositions of the atmospheres of seven stars with the most det...
Abstract. High-resolution, high signal-to-noise spectral data are presented for four young B-type st...
Understanding the evolution of the Milky Way calls for the precise abundance determination of many e...
International audienceIn this paper we present a study of chemical abundances in six star-forming re...
Context. The abundances of elements in the atmosphere of an individual star provide a very broad ran...
Aims. The main goal of this work is to explore which elements carry the most information about the b...
The range of A to middle B spectral types is known by chemical anomalies of various kinds. There exi...
In this paper we present a study of chemical abundances in six star-forming regions. Stellar parame...
We have derived elemental abundances of three field red horizontal branch stars using high-resolutio...
Aims.This work presents a uniform and homogeneous study of chemical abundances of refractory element...
Along with our own results from the high resolution spectral analysis of the 107 metal rich F, G, K ...
Context. A number of large spectroscopic surveys of stars in the Milky Way are under way or are bein...
There has been an incredibly large investment in obtaining high-resolution stellar spectra for deter...
Hot massive stars are ideal indicators for present-day cosmic abundances. We review results from a n...
Context. Modern spectroscopy of early-type stars often aims at studying complex physical phenomena ...
We present the overview of chemical compositions of the atmospheres of seven stars with the most det...
Abstract. High-resolution, high signal-to-noise spectral data are presented for four young B-type st...
Understanding the evolution of the Milky Way calls for the precise abundance determination of many e...
International audienceIn this paper we present a study of chemical abundances in six star-forming re...
Context. The abundances of elements in the atmosphere of an individual star provide a very broad ran...
Aims. The main goal of this work is to explore which elements carry the most information about the b...
The range of A to middle B spectral types is known by chemical anomalies of various kinds. There exi...
In this paper we present a study of chemical abundances in six star-forming regions. Stellar parame...
We have derived elemental abundances of three field red horizontal branch stars using high-resolutio...
Aims.This work presents a uniform and homogeneous study of chemical abundances of refractory element...
Along with our own results from the high resolution spectral analysis of the 107 metal rich F, G, K ...
Context. A number of large spectroscopic surveys of stars in the Milky Way are under way or are bein...