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Research in Magnetohydrodynamics
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English
Abstract
THIS paper presents in simple terms some of the fundamental ideas underlying the study of the relatively new field of magnetohydrodynamics. The basic theory is discussed in terms of the familiar dynamo principle. Several of its applications are described, including instruments such as the induction flowmeter and the electromagnetic pump. The important pinch process is briefly treated.
Finally, a short nonmathematical discussion of investigations made at Republic Aviation Corp. concerning the future potential of the theory is presented. Such items as reduction of aerodynamic heating at the nose of a re-entry missile, the possibilities of a plasma engine for flight into outer space, and the regeneration of electricity from the fluid are considered.
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McIlroy, W., "Research in Magnetohydrodynamics," SAE Technical Paper 590005, 1959, https://doi.org/10.4271/590005.Also In
References
- “Electrical Conductivity of Thermally Ionized Air Produced in Shock Tube,” Lin. S. C. AVCO Research Laboratory, Research Report 5 February 1957
- “Incompressible Two-Dimensional Stagnation Point Flow of Electrically Conducting Viscous Fluid in Presence of Magnetic Field,” Neuringer J. L. and McIlroy. W. June 12 1957. Journal of Aeronautical Sciences Vol. 25 194 198
- “Hydromagnetic Effects on Stagnation Point Heat Transfer,” Neuringer J. L. and McIlroy. W. Republic Aviation Report Nov. 26 1957
- “Magnetohydrodynamics.” Landshoff. R. Stanford University Press 1957
- “Plasma Motors,” Bostick. W. S. Paper presented at Annual Meeting, American Astronautical Society January 1958