Type I migration in optically thick accretion discs

Physics & Astronomy

• accretion disks 100%
• planets 80%
• torque 45%
• corotation 39%
• opacity 21%
• viscosity 13%
• cooling 13%
• temperature 8%
• temperature distribution 7%
• hydrodynamics 7%
• slopes 7%
• entropy 7%
• orbits 6%
• stars 6%
• heating 6%
• augmentation 5%
• simulation 3%
• energy 2%

Earth & Environmental Sciences

• accretion 89%
• planet 77%
• torque 53%
• viscosity 14%
• temperature 14%
• cooling 13%
• energy balance 9%
• entropy 8%
• hydrodynamics 7%
• distribution 6%
• heating 6%
• rate 6%
• simulation 4%