gas flow / radiative transfer algorithms / basic algorithms / gas pressure decreases / gravitational energy / binary tree algorithm / kinetic energy / gas pressure / gas-to-magnetic pressure ratio / gas density / gas dynamics / rotational energy / gas motions / self-gravitating gas / local gas density / binary systems / hydrodynamic algorithm / gravitational potential energy / panel accrete gas / variable smoothing length algorithms / energy / /
Organization
African Union / University of Exeter / Matthew R. Bate School of Physics / /
Person
Daniel J. Price / /
Technology
variable smoothing length algorithms / basic algorithms / radiation / binary tree algorithm / SPH algorithms / hydrodynamic algorithm / radiative transfer algorithms / simulation / calculated efficiently using a binary tree algorithm / /
Mon. Not. R. Astron. Soc. 000, 1–Printed 15 JanuaryMN LATEX style file v2.2)