The Physics of High-density, High-[beta] Reversed Field Pinch Plasmas

The Physics of High-density, High-[beta] Reversed Field Pinch Plasmas

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The use of pellet injection to achieve high-density, high-beta discharges in the Madison Symmetric Torus has been investigated. The physics goals motivating this work are split into two primary and two secondary thrusts. The primary goals are the use of pellet fueling in conjunction with improved confinement plasmas to attain higher plasma beta and to investigate the consequences for stability at higher beta. The secondary research thrusts are to compare pellet-fueling of standard RFP discharges to edge-fueled plasmas and to begin the search for a density limit in MST.Another flaw in the human character is that everybody wants to build and nobody wants to do maintenance. Kurt Vonnegut, Hocus Pocus Pellet Injector Usera#39;s Guide A.l Introduction This appendix is meant as sort of a brain-dump of the authora#39;sanbsp;...


Title:The Physics of High-density, High-[beta] Reversed Field Pinch Plasmas
Author: Max D. Wyman
Publisher:ProQuest - 2007
ISBN-13:

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