Three-dimensional modeling of magnetic nozzle processes

Engineering & Materials Science

• Magnetic nozzles 100%
• Plasma flow 79%
• Plasmas 45%
• Magnetic fields 43%
• Nozzles 43%
• Electric conductivity 40%
• Beam plasma interactions 39%
• Mesh generation 30%
• Magnetohydrodynamics 28%
• Subroutines 28%
• Helium 27%
• Propellants 26%
• Enthalpy 25%
• Tensors 24%
• Mach number 24%
• Mass transfer 22%
• Temperature 9%

Physics & Astronomy

• magnetic nozzles 80%
• thrust 37%
• magnetohydrodynamic flow 35%
• electrical resistivity 31%
• exhaust velocity 27%
• nozzle walls 25%
• magnetic diffusion 24%
• stagnation temperature 24%
• nozzle flow 22%
• subroutines 22%
• plasma pressure 21%
• propellants 18%
• magnetic fields 16%
• pressure distribution 16%
• magnetohydrodynamics 16%
• Mach number 16%
• mesh 15%
• nozzles 15%
• enthalpy 14%
• penetration 13%
• helium 13%
• tensors 12%
• expansion 10%
• interactions 6%
• simulation 6%
• energy 4%

Earth & Environmental Sciences

• three-dimensional modeling 63%
• plasma 38%
• electrical resistivity 31%
• magnetic field 21%
• thrust 21%
• code 19%
• magnetohydrodynamics 16%
• propellant 14%
• pressure field 14%
• enthalpy 12%
• physical process 11%
• modeling 10%
• penetration 10%
• speed 8%
• energy 6%
• simulation 5%
• temperature 4%