As part of an observing program using the International Ultraviolet Explorer (IUE) satellite to investigate the ultraviolet properties of stars found within the cores of galactic globular clusters with blue horizontal branches (HBs), we obtained three spectra of the cluster NGC 1904 (M 79). All three were long integration-time, short-wavelength (SWP) spectra obtained at the so called 'center of light' and all three showed evidence of sources within the IUE large aperture (21.4 in. by 10 in.). In this paper we shall describe the analysis of these spectra and present evidence that the UV sources represent individual hot stars in the post-HB stage of evolution
Ultraviolet observations are the best tool to study hot stellar populations which emit most of their...
The UV properties of old stellar populations have been subject of intense scrutiny from the late six...
We have imaged the ~2.2 billion-year-old Large Magellanic Cloud populous cluster NGC 1978 in the far...
This paper highlights globular cluster studies with Ultraviolet Imaging Telescope (UIT) in three are...
We have obtained medium-resolution spectra of seven UV-bright stars discovered on images of four sou...
We have obtained medium-resolution spectra of seven UV-bright stars discovered on images of four sou...
Context. We have performed a census of the UV-bright population in 78 globular clusters using wide-f...
We propose to identify the hot stellar population of the galactic globular clusters (GCs) using the ...
To explore the production of UV-bright stars in old, metal-rich populations like those in elliptical...
To explore the production of UV-bright stars in old, metal-rich populations like those in elliptical...
Observations were made with the International Ultraviolet Explorer of two quite diverse astronomical...
We analyze ultraviolet (~1500 A) images of the old open clusters M67, NGC 188, and NGC 6791 obtained...
The UV-initiative Hubble Space Telescope Treasury survey of Galactic globular clusters provides a ne...
none1noThe UV properties of old stellar populations have been subject of intense scrutiny from the l...
The UV properties of old stellar populations have been subject of intense scrutiny from the late six...
Ultraviolet observations are the best tool to study hot stellar populations which emit most of their...
The UV properties of old stellar populations have been subject of intense scrutiny from the late six...
We have imaged the ~2.2 billion-year-old Large Magellanic Cloud populous cluster NGC 1978 in the far...
This paper highlights globular cluster studies with Ultraviolet Imaging Telescope (UIT) in three are...
We have obtained medium-resolution spectra of seven UV-bright stars discovered on images of four sou...
We have obtained medium-resolution spectra of seven UV-bright stars discovered on images of four sou...
Context. We have performed a census of the UV-bright population in 78 globular clusters using wide-f...
We propose to identify the hot stellar population of the galactic globular clusters (GCs) using the ...
To explore the production of UV-bright stars in old, metal-rich populations like those in elliptical...
To explore the production of UV-bright stars in old, metal-rich populations like those in elliptical...
Observations were made with the International Ultraviolet Explorer of two quite diverse astronomical...
We analyze ultraviolet (~1500 A) images of the old open clusters M67, NGC 188, and NGC 6791 obtained...
The UV-initiative Hubble Space Telescope Treasury survey of Galactic globular clusters provides a ne...
none1noThe UV properties of old stellar populations have been subject of intense scrutiny from the l...
The UV properties of old stellar populations have been subject of intense scrutiny from the late six...
Ultraviolet observations are the best tool to study hot stellar populations which emit most of their...
The UV properties of old stellar populations have been subject of intense scrutiny from the late six...
We have imaged the ~2.2 billion-year-old Large Magellanic Cloud populous cluster NGC 1978 in the far...