Particle concentration at planet-induced gap edges and vortices. I. inviscid three-dimensional hydro disks

Keyphrases

• ATHENA 33%
• Cylindrical Coordinates 33%
• Dead Zone 33%
• Density Wave 33%
• Distinctive Features 33%
• Drift Speed 33%
• Dust 66%
• Dust Concentration 33%
• Dust Particles 66%
• Eccentricity 33%
• Gap Edge 100%
• Gap Opening 33%
• Hydro 100%
• Hydrodynamic Simulation 33%
• Inviscid 100%
• Lagrangian Particles 33%
• Low-mass 33%
• Magnetohydrodynamics 33%
• Mean-motion Resonance 33%
• Mid-plane 33%
• Narrow Gap 33%
• Non-axisymmetric 33%
• Particle Concentration 100%
• Particle Drift 33%
• Planet Formation 33%
• Planetesimal Formation 33%
• Planets and 33%
• Protoplanetary Disks 66%
• Radial Direction 33%
• Rossby Waves 33%
• Scale Height 33%
• Sharp Edge 33%
• Surface Density 33%
• Very Large Array 33%
• Vortex 100%
• Vortex Formation 33%
• Vortex-induced 33%
• Wave Instability 33%

Physics

• Magnetohydrodynamics 50%
• Planet Formation 50%
• Planetary Wave 50%
• Protoplanetary Disk 100%
• Protoplanets 50%
• Scale Height 50%
• Very Large Array 50%