Thermal-Barrier Production And Identification In A Tandem Mirror

D. Grubb,S. Allen,T. Casper,J. Clauser,F. Coensgen,D. Correll,W. Cummins,C. Damm,J. Foote,R. Goodman,D. Hill,E. Hooper,R. Hornady,A. Hunt,R. Kerr, G. Leppelmeier,J. Marilleau,J. Moller,A. Molvik,W. Nexsen,W. Pickles,G. Porter,P. Poulsen, E. Silver,T. Simonen,B. Stallard,W. Turner,W. Hsu,T. Yu,J. Barter, T. Christensen,G. Dimonte,T. Romesser, R. Ellis,R. James,C. Lasnier,L. Berzins,M. Carter,C. Clower,B. Failor,S. Falabella,M. Flammer, T. Nash

PHYSICAL REVIEW LETTERS（1984）

Cited 103|Views23

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Abstract

In thermal-barrier experiments in the tandem mirror experiment upgrade, axial confinement times of 50 to 100 ms have been achieved. During enhanced confinement we measured the thermal-barrier potential profile using a neutral-particle-beam probe. The experimental data agree qualitatively and quantitatively with the theory of thermal-barrier formation in a tandem mirror.

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Key words

high frequency,magnetic field,plasma physics

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