7187379870

Materials Science: An Indian Journal
ISSN (PRINT): 0974-7486

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Magnetohydrodynamics Open Access Articles

 Magnetohydrodynamics (MHD; likewise magneto-liquid elements or hydro­magnetics) is the investigation of the attractive properties and conduct of electrically leading liquids. Instances of such magneto­fluids incorporate plasmas, fluid metals, salt water, and electrolytes. "Magneto­hydro­dynamics" is gotten from magneto-meaning attractive field, hydro-significance water, and elements meaning development. The field of MHD was started by Hannes Alfvén, for which he got the Nobel Prize in Physics in 1970.  The basic idea driving MHD is that attractive fields can initiate flows in a moving conductive liquid, which thusly captivates the liquid and proportionally changes the attractive field itself. The arrangement of conditions that depict MHD are a blend of the Navier–Stokes conditions of liquid elements and Maxwell's conditions of electro­magnetism. These differential conditions must be illuminated at the same time, either scientifically or numerically.  In a defectively leading liquid the attractive field can by and large travel through the liquid adhering to a dispersion law with the resistivity of the plasma filling in as a dissemination steady. This implies answers for the perfect MHD conditions are just appropriate temporarily for a district of a given size before dissemination turns out to be too essential to even think about ignoring. One can gauge the dispersion time over a sun based dynamic area (from collisional resistivity) to be hundreds to thousands of years, any longer than the real lifetime of a sunspot—so it would appear to be sensible to overlook the resistivity. On the other hand, a meter-sized volume of seawater has an attractive dispersion time estimated in milliseconds.

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Materials Science: An Indian Journal received 468 citations as per Google Scholar report

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