The two young star disks in the central parsec of the Galaxy: Properties, dynamics, and formation

Keyphrases

• Massive Stars 100%
• Young Stars 100%
• Galaxy Properties 100%
• Surface Density 100%
• Stellar Disks 100%
• OB Stars 100%
• Galaxy Dynamics 100%
• Galaxy Formation 100%
• In Situ 50%
• High Spatial Resolution 50%
• (R)-1 50%
• Accretion Discs 50%
• Circular Orbits 50%
• Galaxies 50%
• Density Distribution 50%
• Absorption Lines 50%
• Nitrogen Compounds 50%
• Rotating Disk 50%
• Gas Accretion 50%
• Eccentric Orbits 50%
• Adaptive Optics 50%
• Supergiants 50%
• Density Profile 50%
• Dense Gas 50%
• K-band 50%
• Luminosity Function 50%
• Dense Clusters 50%
• Star Formation 50%
• Heavy Top 50%
• Spectroscopic Identification 50%
• Stellar Surfaces 50%
• Stellar Content 50%
• Heavy Masses 50%
• Density Dynamics 50%
• High Spectral Resolution 50%
• ESO VLT 50%
• Spectral Sensitivity 50%
• Mass Function 50%
• Spectrometer 50%
• Helium 50%
• Main Sequence Stars 50%
• Cluster Core 50%
• Stellar Masses 50%
• Mass Limits 50%

INIS

• dynamics 100%
• density 100%
• surfaces 100%
• stars 100%
• orbits 100%
• galaxies 100%
• data 50%
• distribution 50%
• detection 50%
• nitrogen 50%
• sensitivity 50%
• gases 50%
• resolution 50%
• absorption 50%
• spectrometers 50%
• optics 50%
• luminosity 50%
• accretion disks 50%
• main sequence stars 50%
• helium 50%

Physics

• Parsec 100%
• Galactic Evolution 100%
• Galaxy Properties 100%
• Disk Stars 100%
• Massive Star 66%
• Stellar Disks 66%
• OB Stars 66%
• Circular Orbit 33%
• Density Distribution 33%
• Rotating Disk 33%
• Eccentric Orbit 33%
• Luminosity Function 33%
• OB Supergiant Stars 33%
• Stellar Mass 33%
• Stellar Surfaces 33%
• Star Formation 33%
• Adaptive Optics 33%
• Main Sequence Stars 33%
• Very Large Telescope 33%
• Accretion Disk 33%