Journal of Mathematical Sciences: Advances and ApplicationsAuthor's: AHMED E. RADWAN and ABDELTAWAB A. A. SHALABY
Pages: [279] - [290]
Received Date: May 23, 2008
Submitted by:
The stability of streaming self-gravitating triple superposed fluids layers of different densities pervaded by magnetic fields has been developed. Such a study is of interest since it is essential for understanding the reason of the breaking up of the fluids layers resulting in the appearance of condensation within astronomical bodies. On utilizing the perturbation technique, the problem is formulated and solved. The eigenvalue relation is derived and discussed. The magnetic field is stabilizing while the streaming is strongly destabilizing. The self-gravitating force as well as the densities ratio of the triple fluids are stabilizing under certain restrictions. Such results are logic and may be found true during flying of the planes in bad weather of the atmosphere.
self-gravitating, stability, superposed fluids.
