MHD-PIC Simulations of Cosmic-Ray Scattering and Transport in Inhomogeneously Ionized Plasma

Earth & Environmental Sciences

• magnetohydrodynamics 100%
• cosmic ray 87%
• scattering 60%
• plasma 59%
• simulation 33%
• particle 16%
• hydrodynamics 13%
• wave scattering 11%
• damping 8%
• gas 8%
• pressure gradient 8%
• rate 8%
• ionization 8%
• symmetry 8%
• drag 8%
• energetics 7%
• momentum 7%
• physics 7%
• chemical composition 6%
• calibration 5%
• ion 5%
• kinetics 5%
• fluid 4%
• temperature 3%
• distribution 3%

Physics & Astronomy

• magnetohydrodynamic simulation 97%
• cosmic rays 69%
• scattering 39%
• magnetohydrodynamics 16%
• simulation 13%
• hydrodynamics 12%
• gradients 11%
• monatomic gases 10%
• pitch (inclination) 10%
• molecular gases 9%
• energetic particles 9%
• wave scattering 9%
• pressure gradients 8%
• mean free path 8%
• plasma density 8%
• drag 8%
• boxes 8%
• chemical composition 7%
• damping 6%
• transport properties 6%
• distribution functions 6%
• ionization 5%
• momentum 5%
• formulations 5%
• physics 5%
• kinetics 5%
• fluids 5%
• propagation 5%
• symmetry 4%
• cells 4%
• gases 4%
• ions 3%
• temperature 2%