3D Kinetic Dynamical models of Ionized HII Clouds in External Magnetic Field.

Details 3D Kinetic Dynamical models of Ionized HII Clouds in External Magnetic Field. 3D Kinetic Dynamical models of Ionized HII Clouds in External Magnetic Field.

Nov 2000

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2000ign..confe..44p&link_type=abstract

Ionized Gaseous Nebulae. Mexico City November 21- 24, 2000, meeting abstract

Physics

Scientific paper

Three-dimensional collisional simulations of time-dependent stratifications and flute structure of ionized hydrogen clouds are performed in external magnetic fields based on the kinetic approach. The model Boltzmann equation solved taking into account collisions between ions, interactions with ambient neutral particles and effects of external magnetic fields. Using this solution the analytical and numerical results are obtained, which describe developing magnetic field aligned stratifications of the clouds. For magnetic field aligned drifting velocity of the clouds, formation of flute structures along the edges of the clouds is obtained analytically and numerically. The obtanied results develop significantly the previous research that has been published.

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