A data base of synthetic photometry in the GALEX ultraviolet bands for the stellar sources observed with the International Ultraviolet Explorer
Leire Beitia-Antero, Ana I. Gomez de Castro

TL;DR
This paper creates a synthetic UV photometry database for stellar sources observed with IUE, extending GALEX data to include the Galactic plane and providing valuable UV measurements for hot stars.
Contribution
It derives GALEX UV magnitudes for IUE stellar spectra, extending UV data coverage to the Galactic plane and validating consistency with GALEX calibration.
Findings
FUV magnitudes for 1,631 sources provided
NUV magnitudes for 1,005 stars included
UV photometry for 1,493 stars not in GALEX catalog
Abstract
The Galaxy Evolution Explorer (GALEX) has produced the largest photometric catalogue of ultraviolet (UV) sources. As such, it has defined the new standard bands for UV photometry: the near UV band (NUV) and the far UV band (FUV). However, due to brightness limits, the GALEX mission has avoided the Galactic plane which is crucial for astrophysical research and future space missions. The International Ultraviolet Explorer (IUE) satellite obtained 63,755 spectra in the low dispersion mode during its 18 years lifetime. We have derived the photometry in the GALEX bands for the stellar sources in the IUE Archive to extend the GALEX data base with observations including the Galactic plane.Good quality spectra have been selected for all IUE classes of stellar sources. The GALEX FUV and NUV magnitudes have been computed using the GALEX transmission curves, as well as the conversion equations…
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