On the spherically-symmetric turbulent accretion
V. S. Beskin, K. V. Lezhnin
TL;DR
This paper investigates how axisymmetric vortex turbulence influences quasi-spherical accretion, revealing that turbulence primarily alters the effective gravity potential rather than the pressure.
Contribution
It introduces a model analyzing the impact of vortex turbulence on accretion, highlighting the specific effect on gravity potential without affecting pressure.
Findings
Turbulence modifies the effective gravity potential.
Effective pressure remains largely unaffected.
Provides insights into turbulence's role in accretion dynamics.
Abstract
We analize the quasi-spherical accretion in the presence of axisymmetric vortex turbulence. It is shown that in this case the turbulence changes mainly the effective gravity potential but not the effective pressure.
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Taxonomy
TopicsMeteorological Phenomena and Simulations