Eccentricity evolution for planets in gaseous disks

Keyphrases

• Eccentricity Evolution 100%
• Lindblad 100%
• Eccentricity 90%
• Corotation 60%
• Co-orbitals 30%
• Eccentricity Growth 30%
• Self-gravity 20%
• Density Gradient 20%
• Standing Wave 20%
• Planets and 20%
• Giant Planets 20%
• Traveling Wave 10%
• Solar-type Stars 10%
• First-order 10%
• Long Wavelength 10%
• Orbital Eccentricity 10%
• Initial Eccentricity 10%
• Viscous Diffusion 10%
• Scale Density 10%
• Libration 10%
• Gap Edge 10%
• Reasonable Parameters 10%
• Viscous Damping 10%
• Finite Amplitude 10%
• Nonlinear Saturation 10%
• Planet-disk Interactions 10%
• Amplitude Instability 10%
• Disc Height 10%

Physics

• Corotation 100%
• Standing Wave 33%
• Extrasolar Gas Giants 33%
• Traveling Wave 16%
• Solar Type Star 16%
• Viscous Damping 16%
• Planet Disk Interaction 16%