CHEERS Results from NGC 3393, II: Investigating the Extended Narrow Line Region using Deep Chandra Observations and Hubble Narrow Line Imaging. Maksym, W., P., Fabbiano, G., Elvis, M., Karovska, M., Paggi, A., Raymond, J., Wang, J., & Storchi-Bergmann, T. 2016.
Paper
Website abstract bibtex The CHandra Extended Emission Line Region Survey (CHEERS) is an X-ray study of nearby active galactic nuclei (AGN) designed to take full advantage of Chandra's unique angular resolution by spatially resolving feedback signatures and effects. In the second paper of a series on CHEERS target NGC 3393, we examine deep high-resolution Chandra images and compare them with Hubble narrow line images of [O III], [S II] and H$\alpha$, as well as previously-unpublished mid-ultraviolet (MUV) images. We find evidence for a complex multi-phase structure in the circumnuclear ISM, with no single simple correlation between X-rays and high-ionization ([O III]/H$\alpha$-dominated) and low-ionization ([S II]-dominated) features. We also find X-ray structures ~50-pc in extent, H$\alpha$ evidence for gas compression, and extended MUV emission associated with the S-shaped arms that envelope the radio jets. In conjunction with existing STIS kinematics, these findings support a role for shock contributions to the feedback, driven by the radio outflows associated with the radio jets.
@article{
title = {CHEERS Results from NGC 3393, II: Investigating the Extended Narrow Line Region using Deep Chandra Observations and Hubble Narrow Line Imaging},
type = {article},
year = {2016},
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abstract = {The CHandra Extended Emission Line Region Survey (CHEERS) is an X-ray study of nearby active galactic nuclei (AGN) designed to take full advantage of Chandra's unique angular resolution by spatially resolving feedback signatures and effects. In the second paper of a series on CHEERS target NGC 3393, we examine deep high-resolution Chandra images and compare them with Hubble narrow line images of [O III], [S II] and H$\alpha$, as well as previously-unpublished mid-ultraviolet (MUV) images. We find evidence for a complex multi-phase structure in the circumnuclear ISM, with no single simple correlation between X-rays and high-ionization ([O III]/H$\alpha$-dominated) and low-ionization ([S II]-dominated) features. We also find X-ray structures ~50-pc in extent, H$\alpha$ evidence for gas compression, and extended MUV emission associated with the S-shaped arms that envelope the radio jets. In conjunction with existing STIS kinematics, these findings support a role for shock contributions to the feedback, driven by the radio outflows associated with the radio jets.},
bibtype = {article},
author = {Maksym, W. Peter and Fabbiano, Giuseppina and Elvis, Martin and Karovska, Margarita and Paggi, Alessandro and Raymond, John and Wang, Junfeng and Storchi-Bergmann, Thaisa}
}
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