Start Over

Diverse Broad Line Region Kinematic Signatures From Reverberation Mapping

Authors :: Denney, K. D.
Peterson, B. M.
Pogge, R. W.
Adair, A.
Atlee, D. W.
Au-Yong, K.
Bentz, M. C.
Bird, J. C.
Brokofsky, D. J.
Chisholm, E.
Comins, M. L.
Dietrich, M.
Doroshenko, V. T.
Eastman, J. D.
Efimov, Y. S.
Ewald, S.
Ferbey, S.
Gaskell, C. M.
Hedrick, C. H.
Jackson, K.
Klimanov, S. A.
Klimek, E. S.
Kruse, A. K.
Ladéroute, A.
Lamb, J. B.
Leighly, K.
Minezaki, T.
Nazarov, S. V.
Onken, C. A.
Petersen, E. A.
Peterson, P.
Poindexter, S.
Sakata, Y.
Schlesinger, K. J.
Sergeev, S. G.
Skolski, N.
Stieglitz, L.
Tobin, J. J.
Unterborn, C.
Vestergaard, M.
Watkins, A. E.
Watson, L. C.
Yoshii, Y.
Source :: 2009ApJ...704L..80D
Publication Year :: 2009
Abstract: A detailed analysis of the data from a high sampling rate, multi-month reverberation mapping campaign, undertaken primarily at MDM Observatory with supporting observations from telescopes around the world, reveals that the Hbeta emission region within the broad line regions (BLRs) of several nearby AGNs exhibit a variety of kinematic behaviors. While the primary goal of this campaign was to obtain either new or improved Hbeta reverberation lag measurements for several relatively low luminosity AGNs (presented in a separate work), we were also able to unambiguously reconstruct velocity-resolved reverberation signals from a subset of our targets. Through high cadence spectroscopic monitoring of the optical continuum and broad Hbeta emission line variations observed in the nuclear regions of NGC 3227, NGC 3516, and NGC 5548, we clearly see evidence for outflowing, infalling, and virialized BLR gas motions, respectively.<br />Comment: 5 pages, 3 figures, accepted for publication in ApJL