Features of the electric current and field distributions in flows with narrow layers of highly conductive gas

Author:

Kholshchevnikova E. K.

Publisher

Springer Science and Business Media LLC

Subject

Mechanical Engineering,Mechanics of Materials,Condensed Matter Physics

Reference6 articles.

1. R. Devim, G. Lekroar, and P. Zetvug, ?Energy conversion in an inhomogeneous flow. Experiments in temperature modulation by utilizing the Joule effect in products of combustion,? in Magnetohydrodynamic Conversion of Energy [Russian translation], Proc. of Internat. Sympsosium, Paris, 1964, Part 1, Moscow, VINITI, p. 417, 1966.

2. N. Fraidenraikh, S. A. Medin, and M. V. Tring, ?Possibilities of the MHD generator with ?layer? flow of the working body,? in Magnetohydrodynamic Conversion of Energy [Russian translation], Proc. of Internat. Symposium, Paris, 1964, Part 1, Moscow, VINITI, p. 425, 1966.

3. A. B. Vatazhin and S. A. Regier, ?Electrical fields in the channels of magnetohydrodynamic devices,? in J. A. Shercliff, Theory of Electromagnetic Flow-Measurement [Russian translation], Mir, Moscow, 1965.

4. A. B. Vatazhin, ?Braking of conducting clusters moving along channels in an inhomogeneous magnetic field,? PMM,32, no. 5, 1968.

5. S. A. Regirer and I. W. Rutkevich, ?The electric field in a magnetohydrodynamic channel when a medium with variable electrical conductivity moves through it,? PMM,29, no. 5, 1968.

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