Numerical study of the magnetorotational instability in princeton MRI experiment

Earth & Environmental Sciences

• magnetohydrodynamics 100%
• angular momentum 95%
• experiment 90%
• simulation 66%
• boundary condition 61%
• experimental study 61%
• saturation 54%
• geometry 50%
• liquid 46%
• metal 45%

Physics & Astronomy

• magnetohydrodynamic simulation 97%
• liquid metals 78%
• slip 65%
• angular momentum 63%
• preparation 55%
• boundary conditions 54%
• saturation 53%
• geometry 43%
• simulation 29%