Evolution of accretion discs around a kerr black hole using extended magnetohydrodynamics

Earth & Environmental Sciences

• magnetohydrodynamics 100%
• accretion 71%
• heat flux 35%
• anisotropy 32%
• simulation 25%
• angular momentum 23%
• temperature gradient 18%
• magnetic field 16%
• scattering 15%
• perturbation 15%
• code 14%
• turbulence 14%
• effect 13%
• prediction 9%
• particle 9%
• temperature 7%
• rate 6%

Physics & Astronomy

• accretion disks 79%
• magnetohydrodynamics 75%
• mirrors 32%
• heat flux 27%
• magnetohydrodynamic turbulence 21%
• anisotropy 19%
• simulation 17%
• mean free path 15%
• conductive heat transfer 15%
• temperature gradients 13%
• angular momentum 12%
• perturbation 10%
• conduction 10%
• predictions 8%
• scattering 7%
• magnetic fields 7%
• temperature 4%