A New Investigation on Resonance of the Sun with a Decisive Importance to Magnetohydrodynamic (MHD) Pure Shear Flow Permeated by an Oblique Magnetic Field
S. K. Ghosh *
Department of Mathematics, Narajole Raj College, Narajol, District Paschim Midnapore, Pin – 72121, West Bengal, India.
*Author to whom correspondence should be addressed.
Abstract
MHD Couette motion in a rotating environment under the influence of an inclined magnetic field subjected to a periodic driving force under resonance is investigated. The existence of a magnetic mirror with the Sun is the representation of an inclined magnetic field that exerts its influence of a thermonuclear reactor at the resonant level. Plasma fusion interacts with a controllable region in the presence of an inclined magnetic field so that the emission of hot electron spiralling in a magnetic field. Plasma induced laser radiation in the presence of a magnetic mirror with reference to a driving force with a decisive importance to a dynamo context of the system to exhibit resonance fluorescence so that a laser photon light is transmitted from the sun.
Keywords: MHD couette motion, driving force, X-emission, radio wave, resonance, laser photon