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An analytical approach to MHD plasma behavior of a rotating environment in the presence of an inclined magnetic field as compared to excitation frequency

Ghosh S. K., Pop I.

International Journal of Applied Mechanics and Engineering

2006

Vol. 11, no 4

845-856

We have examined the MHD plasma behavior of a rotating environment in the presence of an inclined magnetic field with the positive direction of the axis of rotation. The interplay of a hydromagnetic force and Coriolis force exerts its influence of a dynamo mechanism with reference to the solar and terrestrial context when the Hall current is taken into account. It is stated that the electrical discharge of the solar corona in the presence of a traveling magnetic field experiences an irregular fluctuation at the resonant level to produce thermonuclear fusion reaction of the Sun with regard to excitation frequency. On the other hand, the thermonuclear fusion reaction of the Sun stops when the excitation frequency is switched off and the MHD plasma flow tends to an equilibrium position with regard to a neutral plasma stability parameter.

Comments on MHD plasma flow in a rotating environment in the presence of an inclined magnetic field

Ghosh S. K., Pop I.

International Journal of Applied Mechanics and Engineering

2004

Vol. 9, no 4

821-826

This note adds some comments to the papers published by Ghosh (1997; 2001). It is shown that the inertial frequency becomes significant when forced oscillation is taken into account. This emerges from the backbone of a remarkable approach of designing a spacecraft subject to a controlled thermonuclear reaction.