Echelle spectrograph observations of the Hubble Deep Field South QSO J2233--606
P. J. Outram, B. J. Boyle, R. F. Carswell, P. C. Hewett, R. E. Williams
Abstract
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P. J. Outram, B. J. Boyle, R. F. Carswell, P. C. Hewett, R. E. Williams
Abstract
Open-access reader
We report on high-resolution observations (R=35 000) of the Hubble Deep Field South QSO J2233-606 obtained with the University College London Echelle Spectrograph at the Anglo-Australian Telescope. We present spectral data for the wavelength region 3530 < λ <4390 Å. The data have a mean signal-to-noise ratio in the continuum of approximately 15 per 0.05-Å resolution element at λ > 3700 Å. Voigt profiles are fitted to determine the redshift and column densities of the observed features. Eight heavy-element intervening systems are identified, as well as an associated system showing evidence for incomplete coverage of the background source.
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We report on high-resolution observations (R=35 000) of the Hubble Deep Field South QSO J2233-606 obtained with the University College London Echelle Spectrograph at the Anglo-Australian Telescope. We present spectral data for the wavelength region 3530 < λ <4390 Å. The data have a mean signal-to-noise ratio in the continuum of approximately 15 per 0.05-Å resolution element at λ > 3700 Å. Voigt profiles are fitted to determine the redshift and column densities of the observed features. Eight heavy-element intervening systems are identified, as well as an associated system showing evidence for incomplete coverage of the background source.
Key concepts: Physics, Spectrograph, Redshift, Astrophysics, Hubble Deep Field, Spectral resolution, Hubble Ultra-Deep Field, Hubble Deep Field South