Interplanetary shocks generated by expanding magnetic loops

Engineering & Materials Science

• Shock waves 79%
• Electrons 47%
• Piles 44%
• Plasmas 43%
• Ions 43%
• Ion exchange 32%
• Heat conduction 24%
• Navier Stokes equations 23%
• Relaxation 21%
• Turbulence 21%
• Magnetic fields 20%
• Numerical models 19%
• Viscosity 19%
• Heating 16%
• Fluids 15%

Earth & Environmental Sciences

• shock wave 83%
• plasma 36%
• electron 32%
• ion 29%
• coronal mass ejection 28%
• Navier-Stokes equations 24%
• ion exchange 21%
• magnetic field 20%
• perturbation 18%
• viscosity 18%
• turbulence 18%
• heating 16%
• cold 16%
• fluid 13%
• loss 12%
• energy 11%
• material 9%
• parameter 8%

Physics & Astronomy

• interplanetary shock waves 100%
• heliosphere 43%
• shock 36%
• shock waves 30%
• magnetohydrostatics 19%
• magnetic clouds 17%
• ions 16%
• coronal mass ejection 14%
• conductive heat transfer 11%
• Navier-Stokes equation 11%
• field strength 10%
• electrons 9%
• energy transfer 9%
• turbulence 8%
• viscosity 8%
• perturbation 7%
• heating 7%
• fluids 6%
• coefficients 6%
• magnetic fields 5%