Long Lived Taylor states In SSX For Magneto-Inertial Fusion
Bulletin Of The American Physical Society
Our recent focus has been on increasing the magnetic lifetime of compressed Taylor state plasmas at SSX  primarily by focussing attention on the electron temperature. We have installed a new tungsten coated copper flux conserver to reduce sputtering and provide a clean plasma facing surface. We estimate Te with a vacuum ultraviolet spectrometer measurement of the ratio of the CIII 97.7 nm to CIV 155 nm line intensities . A preliminary measurement has Te∼10 eV. We bake and glow discharge clean the vacuum surface to remove adsorbed contaminants. Our current measured parameters include velocity (40 km/s), density (0.5×1016 cm−3), proton temperature (20 eV), and magnetic field (0.4 T) of relaxed helical Taylor states in the new flux conserver.
60th Annual Meeting Of The APS Division Of Plasma Physics
November 5-9, 2018
Michael R. Brown; M. Kaur; Katie Gelber , '20; and D. A. Schaffner.
"Long Lived Taylor states In SSX For Magneto-Inertial Fusion".
Bulletin Of The American Physical Society.