Investigations of MHD wave coupling in a 3-D numerical model: Effects of temperature gradients

Engineering & Materials Science

• Magnetohydrodynamics 100%
• Thermal gradients 89%
• Plasmas 80%
• Numerical models 71%
• Boundary layers 13%
• Temperature 5%

Physics & Astronomy

• temperature gradients 76%
• plasma pressure 55%
• field aligned currents 29%
• transverse waves 26%
• high temperature plasmas 24%
• cold plasmas 23%
• boundary layers 18%
• inhomogeneity 18%
• temperature 6%

Earth & Environmental Sciences

• temperature gradient 85%
• plasma 67%
• effect 20%
• wave spectrum 17%
• inhomogeneity 14%
• boundary layer 11%
• cold 10%
• speed 9%
• temperature 5%