We present detailed Monte Carlo calculations of the iron KIX lines from X-ray photoionized, relativistic accretion discs. The vertical ionization structure of the matter has been taken into account, and Compton scattering and resonant absorption have been treated in detaiL We find that the ratio of lines emitted by different iron ions depends, apart from the ionization parameter, on the disc inclination angle. The line profiles with relativistic corrections have also been calculated; they can be used to distinguish between different source geometries. Key words: accretion, accretion discs-line: profiles- radiative transfer- galaxies: active- X-rays: galaxies- X-rays: stars.
We calculate the efficiency of iron K line emission and iron K absorption in photoionized models usi...
The X-ray spectra of Active Galactic Nuclei (AGN) are complex and vary rapidly in time as seen in re...
We have calculated the equivalent widths of the absorption lines produced by Fe XXV and Fe XXVI in a...
We present detailed Monte Carlo calculations of the iron K alpha lines from X-ray photoionized, rela...
The properties of the iron Kalpha line emitted by an accretion disc illuminated by an external X-ray...
The intensity and profile of the iron K-alpha fluorescence line from a flat, optically thick accreti...
The properties of the iron Kalpha line emitted by a photoionized accretion disc in a Z-type X-ray bi...
X-ray reflection spectra from photoionized accretion discs in active galaxies are presented for a wi...
The observed iron K{alpha} fluorescence lines in Seyfert I galaxies provide strong evidence for an a...
Ginga observations of several bright Seyfert 1 galaxies have recently revealed the presence in their...
The fluorescent iron K$\alpha$ emission line profile provides an excellentprobe of the innermost reg...
Degree awarded: Ph.D. Physics. The Catholic University of AmericaThis work focuses on the study of X...
We review and discuss the chemical and geometrical dependence of iron K features (emission line and ...
International audienceBroad, asymmetric, and red-skewed Fe Kalpha emission lines have been observed ...
We calculate the efficiency of iron K line emission and iron K absorption in photoionized models usi...
The X-ray spectra of Active Galactic Nuclei (AGN) are complex and vary rapidly in time as seen in re...
We have calculated the equivalent widths of the absorption lines produced by Fe XXV and Fe XXVI in a...
We present detailed Monte Carlo calculations of the iron K alpha lines from X-ray photoionized, rela...
The properties of the iron Kalpha line emitted by an accretion disc illuminated by an external X-ray...
The intensity and profile of the iron K-alpha fluorescence line from a flat, optically thick accreti...
The properties of the iron Kalpha line emitted by a photoionized accretion disc in a Z-type X-ray bi...
X-ray reflection spectra from photoionized accretion discs in active galaxies are presented for a wi...
The observed iron K{alpha} fluorescence lines in Seyfert I galaxies provide strong evidence for an a...
Ginga observations of several bright Seyfert 1 galaxies have recently revealed the presence in their...
The fluorescent iron K$\alpha$ emission line profile provides an excellentprobe of the innermost reg...
Degree awarded: Ph.D. Physics. The Catholic University of AmericaThis work focuses on the study of X...
We review and discuss the chemical and geometrical dependence of iron K features (emission line and ...
International audienceBroad, asymmetric, and red-skewed Fe Kalpha emission lines have been observed ...
We calculate the efficiency of iron K line emission and iron K absorption in photoionized models usi...
The X-ray spectra of Active Galactic Nuclei (AGN) are complex and vary rapidly in time as seen in re...
We have calculated the equivalent widths of the absorption lines produced by Fe XXV and Fe XXVI in a...