The Instability of the Collapse of a Self-Gravitating Gas Cloud.
C. Hunter
Abstract
C. Hunter
Abstract
This paper presents a hydrodynamic description of the fragmentation of a model of a spherically symmetric gas cloud. It is supposed that this cloud becomes unstable with respect to its own gravitation and begins to condense. The symmetric condensing motion of the cloud is shown to be dynamically unstable and to lead to fairly distinct regions of high density forming in the cloud.
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This paper presents a hydrodynamic description of the fragmentation of a model of a spherically symmetric gas cloud. It is supposed that this cloud becomes unstable with respect to its own gravitation and begins to condense. The symmetric condensing motion of the cloud is shown to be dynamically unstable and to lead to fairly distinct regions of high density forming in the cloud.
Key concepts: Gravitational instability, Physics, Cloud computing, Gravitational collapse, Instability, Gravitation, Fragmentation (computing), Astrophysics