Measuring the Coronal Properties of IC4329A with NuSTAR
arXiv:1312.3563 · doi:10.1088/0004-637X/781/2/83
Abstract
We present an analysis of a ~160 ks NuSTAR observation of the nearby bright Seyfert galaxy IC4329A. The high-quality broadband spectrum enables us to separate the effects of distant reflection from the direct coronal continuum, and to therefore accurately measure the high-energy cutoff to be keV. The coronal emission arises from accretion disk photons Compton up-scattered by a thermal plasma, with the spectral index and cutoff being due to a combination of the finite plasma temperature and optical depth. Applying standard Comptonization models, we measure both physical properties independently using the best signal-to-noise obtained to date in an AGN over the 3-79 keV band. We derive keV with assuming a slab geometry for the plasma, and keV with for a spherical geometry, with both having an equivalent goodness-of-fit.
17 pages in preprint format, 4 figures, 1 table. Accepted by ApJ
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Cited by in corpus (31)
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