The Gravitational Stability of Rotating streaming fluid medium pervaded by general magnetic field
(1)Samia S. Elazab; ismail, zeinab; Shimaa L. Azwz;
Abstract
The stability of a homogeneous fluid medium has been investigated by Jeans
(1902). Chandrasekhar (1981) made several extensions. Recently Radwan (2001)
developed the Magnetogravitational stability of fluid medium. In these work, we
study the Gravitational stability of rotating streaming fluid medium pervaded by
general magnetic field . We found the streaming is destabilizing. The
electromagnetic force has strong stabilizing effect the present model but the
rotating forces are destabilizing according to restrictions. The selfgravitating force
is stabilizing or not according to restrictions. The selfgravitating Jean's instability
criterion is not affected by the influences of the different parameters of the
problem specifically by the rotation. This work has many application in Applied
Physics.
(1902). Chandrasekhar (1981) made several extensions. Recently Radwan (2001)
developed the Magnetogravitational stability of fluid medium. In these work, we
study the Gravitational stability of rotating streaming fluid medium pervaded by
general magnetic field . We found the streaming is destabilizing. The
electromagnetic force has strong stabilizing effect the present model but the
rotating forces are destabilizing according to restrictions. The selfgravitating force
is stabilizing or not according to restrictions. The selfgravitating Jean's instability
criterion is not affected by the influences of the different parameters of the
problem specifically by the rotation. This work has many application in Applied
Physics.
Other data
Title | The Gravitational Stability of Rotating streaming fluid medium pervaded by general magnetic field | Other Titles | The Gravitational Stability of Rotating streaming fluid medium pervaded by general magnetic field | Authors | (1)Samia S. Elazab ; ismail, zeinab ; Shimaa L. Azwz | Keywords | magnetic force, streaming, Rotation, Gravitational. | Issue Date | Dec-2014 | Publisher | wulfenia | Source | fluid dynamic | Journal | Wulfenia journal | Series/Report no. | vol 21/No 12;12 |
Attached Files
File | Description | Size | Format | |
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paper-2-wulf.pdf | 89.1 kB | Adobe PDF | View/Open |
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