a General Theory of Self Gravitating Systems:. Shapes of Astronomical Objects

Details a General Theory of Self Gravitating Systems:. Shapes of Astronomical Objects a General Theory of Self Gravitating Systems:. Shapes of Astronomical Objects

Mar 2002

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002sgdh.conf...47f&link_type=abstract

THE SHAPES OF GALAXIES AND THEIR DARK HALOS. Proceedings of the Yale Cosmology Workshop. Held 28-30 May 2001 in New Haven, Conne

Physics

Scientific paper

Realistic self-consistent models of galaxies can be obtained by specifying the velocity field and solving the Euler equation semi-analytically. The velocity potential Ψ is introduced as the main hydrodynamic function which determines the physical quantities such as the velocity ěc{ν }, the density ρ, the vorticity ěc{ζ }, and the pressure p. The hydrodynamic equation is expressed in terms of the velocity potential Ψ, in order to study self gravitating equilibrium configurations parameterized by suitable velocity fields.

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