dust-gas collisions / gas distribution / slower gas / energy conservation / gas particles / transverse kinetic energy / gas velocity / gas fluids / gas+dust simulations / incompressible gas / free energy / kinetic energy / lower initial transverse kinetic energy / pressureless gas equations / gas+dust hydrodynamics / gas fluid / gas velocity perpendicular / internal energy / pressureless gas / dust-to-gas / gas densities / uniform gas density / energy density / gas density / power-law tails / gas+dust / gas dynamics / gas vortices / gas density distribution / bulk kinetic energy / drag law / local gas density / dust-to-gas ratio / analytic solution / faster moving gas / numerical hydrodynamical dust+gas simulations / e - namely / dust-gas collisions scales / gas trajectory / energy / /
Organization
R. Keppens Centre / T. Hendrix and R. Keppens Centre / Department of Mathematics / /
Person
Rmin / /
Position
representative / representative for the bin during the simulation / /
Astronomy & Astrophysics A&A 562, A114[removed]DOI: [removed][removed]