Nuclear Rotation Curves of Galaxies in the CO Line Emission
arXiv:astro-ph/9709115 · doi:10.1086/118657
Abstract
We have obtained high-resolution position-velocity (PV) diagrams along the major axes of the central regions of nearby galaxies in the CO-line emission using the Nobeyama 45-m telescope and the Millimeter Array. Nuclear rotation curves for 14 galaxies have been derived based on the PV diagrams using the envelope-tracing method. The nuclear rotation curves for most of the galaxies show a steep rise within a few hundred pc, which indicates a high-density concentration of mass. Keywords: Galaxies: general - Galaxies: structure - ISM: molecular line
To appear in AJ, Plain TeX, Figures on request
Cited by in corpus (17)
- Rotation Curves of Spiral Galaxies
- The cored distribution of dark matter in spiral galaxies
- Sinking Satellites and the Heating of Galaxy Discs
- Central Rotation Curves of Spiral Galaxies
- Rotation and Mass in the Milky Way and Spiral Galaxies
- Kinematics of ionized and molecular hydrogen in the core of M100
- Molecular gas in the galaxy M83. II - Kinematics of the molecular gas
- A comparative study of the spatial distribution of ultraviolet and far-infrared fluxes from M 101
- Radial Distribution of the Mass-to-Luminosity Ratio in Spiral Galaxies and Massive Dark Cores
- The MUSE Atlas of Disks (MAD): Ionized gas kinematic maps and an application to Diffuse Ionized Gas
- Refining the M_BH-V_c scaling relation with HI rotation curves of water megamaser galaxies
- An Empirical Relation Between The Large-Scale Magnetic Field And The Dynamical Mass In Galaxies
- Interferometric 12CO Observations of the Central Disk of NGC 4631: An Energetic Molecular Outflow
- Orbital Dependence of Galaxy Properties in Satellite Systems of Galaxies
- A Virgo Environmental Survey Tracing Ionised Gas Emission (VESTIGE).XI. Two dimensional H kinematics of the edge-on ram pressure stripped galaxy NGC 4330
- Nuclear-to-Disk Rotation Curves and Mass-to-Luminosity Ratio in Galaxies
- Dark-Matter Distribution inferred from High-accuracy Rotation Curves