Westwood Plaza / University of California / MTOR facility / / /
IndustryTerm
metal / wide stainless steel rectangular channel / stainless steel / liquid metal streams / metal free surface flows / metal divertor options / rectangular stainless steel channel / liquid metal plasma facing component / liquid metal film thickness / image processing tools / liquid metal / liquid metal behavior / metal film flow behavior / liquid metal film flowing / liquid metal film flow / liquid metal film / liquid metal film thickness measurement / liquid metal free surface / stainless steel channel / local liquid metal film thickness / fusion device / divertor applications / inlet liquid metal film thickness / liquid metal stream / liquid metal film flow characteristics / liquid metal flow / smooth and controllable liquid metal flow / liquid metal free surface flow behavior / free surface liquid metal flows / /
Organization
M. Ni / R. Miraghaie / J. Burris Fusion Engineering Sciences / Mechanical and Aerospace Engineering Department / University of California / Los Angeles / / /
Fusion Engineering and Design–1548 Exploring liquid metal plasma facing component (PFC) concepts—Liquid metal film flow behavior under fusion relevant magnetic fields M. Narula ∗ , M.A. Abdou, A. Yi