1983Soviet Physics UspekhiRequires access

Magnetic plasma confinement

B. B. Kadomtsev, V. D. Shafranov

Open publisher page 18 citations

Abstract

A review is given of the present state of research into the physics of quasistationary confinement of hightemperature plasmas in magnetic fields. Both closed (toroidal) and open magnetic traps are considered. A major part of the review is devoted to the physics of plasma confinement in tokamaks. A brief account is given of the fundamentals of the tokamak, as well as of the problems of equilibrium, stability, cross-field heat and particle transport, and plasma heating and maintenance of current. The stellarator and the reversed-field pinch are also considered. The current status of open traps is reviewed.

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What this paper is about

A review is given of the present state of research into the physics of quasistationary confinement of hightemperature plasmas in magnetic fields. Both closed (toroidal) and open magnetic traps are considered. A major part of the review is devoted to the physics of plasma confinement in tokamaks. A brief account is given of the fundamentals of the tokamak, as well as of the problems of equilibrium, stability, cross-field heat and particle transport, and plasma heating and maintenance of current. The stellarator and the reversed-field pinch are also considered. The current status of open traps is reviewed.

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Available abstract

A review is given of the present state of research into the physics of quasistationary confinement of hightemperature plasmas in magnetic fields. Both closed (toroidal) and open magnetic traps are considered. A major part of the review is devoted to the physics of plasma confinement in tokamaks. A brief account is given of the fundamentals of the tokamak, as well as of the problems of equilibrium, stability, cross-field heat and particle transport, and plasma heating and maintenance of current. The stellarator and the reversed-field pinch are also considered. The current status of open traps is reviewed.

Key concepts: Tokamak, Stellarator, Plasma, Plasma confinement, Physics, Pinch, Magnetic confinement fusion, Magnetic field

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