Binary orbit, physical properties, and evolutionary state of capella (α AURIGAE)

Keyphrases

• Physical Properties 100%
• Evolutionary State 100%
• Capella 100%
• Luminosity 50%
• Stellar Evolution 50%
• (R)-1 50%
• Chemical Composition 25%
• Three-dimensional (3D) 25%
• Highly Accurate 25%
• Rotation Period 25%
• Metallicity 25%
• Mass Ratio 25%
• Effective Temperature 25%
• Carbon Isotopes 25%
• Evolution Model 25%
• Long-lived 25%
• Advanced Stage 25%
• Chemical Information 25%
• Evolved Stars 25%
• CN Ratio 25%
• Binary System 25%
• Spectroscopic Observations 25%
• Rotational Velocity 25%
• Helium Burning 25%
• Radial Velocity Estimation 25%
• Astrometric Observations 25%
• Relative Error 25%
• Tidal Evolution 25%
• Lithium Abundance 25%
• Orbital Solution 25%
• Giant Stars 25%
• Orbital Parallax 25%
• Giant Component 25%
• Spin Axis 25%

Physics

• Stellar Evolution 100%
• Metallicity 50%
• Mass Ratio 50%
• Radial-Velocity Method 50%
• Evolved Stars 50%
• Helium Burning 50%
• Convective Envelopes 50%
• Carbon 14 50%
• Parallax 50%
• Lithium Abundance 50%
• Dredge-up 50%
• Giant Star 50%
• Velocity Measurement 50%