Construction Status of the Wisconsin HTS Axisymmetric Mirror
POSTER
Abstract
A new magnetic mirror (WHAM) is under construction at UW-Madison with the primary mission of achieving MHD- and kinetically- stable plasmas in a low-collisionality regime, where the particle confinement increases rapidly with average ion energy. Axisymmetric MHD stability is achieved via biasing end rings with respect to a central limiter (the vortex confinement scheme) and will allow modest plasmas in initial experiments, and electron temperature approaching 1 keV following the boost of the central magnetic field in the 2nd experimental phase. Scenarios have been developed for fast ion deposition via neutral beam injection whose energy can be increased via rf heating, and electron cyclotron resonant startup in the strong field device. Here we report on construction status of the machine, magnets, and major auxiliary heating systems.
*Funding from ARPA-E, Commonwealth Fusion Systems, University of Wisconsin-Madison, WARF, General Atomics, TAE Technologies
Presenters
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Jay K Anderson
- Univ. of Wisconsin, Madison
- University of Wisconsin
- University of Wisconsin - Madison