Filter photometry has been used to derive the interstellar reddening law from stars through the study of a single spectral type, B0. The deficiency in the far ultraviolet flux of a supergiant relative to a main sequence star is compared with the difference in the flux distribution due to a change of one spectral class. Individual interstellar reddening curves show the general feature reported by Stecher (1969) and by Bless and Savage (1970). There is a large amount of scatter in the far ultraviolet which may be partially due to a real difference in interstellar extinction and partially due to observational inaccuracy
This paper addresses the issue of how best to correct astronomical data for the wavelength-dependent...
We present measurements of dust reddening using the colors of stars with spectra in the Sloan Digita...
Interstellar reddening corrections are necessary to reconstruct the intrinsic spectral energy distri...
The spectral distribution of pairs of stars within the same spectral type and luminosity class, one ...
The mystery of Canis Major overdensity is addressed. We discuss concurrent methods and their limitat...
Objective prism spectra obtained with the 16/24/60-inch Schmidt telescope have been used for an inv...
Results concerning interstellar extinction in the ultraviolet are reported. These results were initi...
This paper examines the relationship between spectra of stars of same spectral type with extremely l...
The interstellar reddening law is investigated along the Galactic equator near the Cam, Per and Cas ...
International audienceDeriving the physical properties of red supergiants (RSGs) depends on accurate...
Deriving the physical properties of red supergiants (RSGs) depends on accurate corrections for redde...
The wavelength dependence of interstellar obscuration, in magnitudes against reciprocal wavelength,...
This thesis presents an investigation into the reddening effects of the diffuse ISM using a subset o...
New spectral types and photometry are reported for numerous stars in Sco OB-1 and in the foreground ...
Interstellar extinction and reddening are inescapable sources of uncertainty in the study of astrono...
This paper addresses the issue of how best to correct astronomical data for the wavelength-dependent...
We present measurements of dust reddening using the colors of stars with spectra in the Sloan Digita...
Interstellar reddening corrections are necessary to reconstruct the intrinsic spectral energy distri...
The spectral distribution of pairs of stars within the same spectral type and luminosity class, one ...
The mystery of Canis Major overdensity is addressed. We discuss concurrent methods and their limitat...
Objective prism spectra obtained with the 16/24/60-inch Schmidt telescope have been used for an inv...
Results concerning interstellar extinction in the ultraviolet are reported. These results were initi...
This paper examines the relationship between spectra of stars of same spectral type with extremely l...
The interstellar reddening law is investigated along the Galactic equator near the Cam, Per and Cas ...
International audienceDeriving the physical properties of red supergiants (RSGs) depends on accurate...
Deriving the physical properties of red supergiants (RSGs) depends on accurate corrections for redde...
The wavelength dependence of interstellar obscuration, in magnitudes against reciprocal wavelength,...
This thesis presents an investigation into the reddening effects of the diffuse ISM using a subset o...
New spectral types and photometry are reported for numerous stars in Sco OB-1 and in the foreground ...
Interstellar extinction and reddening are inescapable sources of uncertainty in the study of astrono...
This paper addresses the issue of how best to correct astronomical data for the wavelength-dependent...
We present measurements of dust reddening using the colors of stars with spectra in the Sloan Digita...
Interstellar reddening corrections are necessary to reconstruct the intrinsic spectral energy distri...