Magnetogravitational stability of a bounded gas-core fluid jet

Ahmed E. Radwan, Mourad F. Dimian and Mohamed Kh. Hadhoda

Applied Energy, 2006, vol. 83, issue 11, 1265-1273

Abstract: The self-gravitating stability of a gas volume embedded in a bounded liquid, under the influence of an electromagnetic force, has been assessed. The pressure in the unperturbed state is not constant due to the self-gravitating force being a long-range force. The stability criterion has been established in its general form and discussed. The liquid-gas radii ratio influences the stabilization. The electromagnetic force, due to the magnetic field pervading throughout the gas and liquid regions, has a strong stabilizing effect for all short and long wavelengths in all modes of perturbation.

Keywords: Stability; Selfgravitating; Gas-core; fluid (search for similar items in EconPapers)
Date: 2006
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