Paris / La Jolla / Linkenheim / Cambridge / LYON / St. Louis / /
Company
Fusion Nuclear Technology Consulting / Weld Metal / Princeton Plasma Physics Laboratory / Kobe Steel / ANSYS / Oak Ridge National Laboratory / The Boeing Company / /
Continent
Europe / /
Country
Germany / Japan / United States / / /
Facility
ARIES-CS power plant / Fusion Center / HELIAS reactor / University of California / University of Wisconsin / /
IndustryTerm
magnet systems / conventional magnet manufacturing process / austenitic steel / compact stellarator applications / manufacturing requirements / base metal / austenitic steel ~such / manufacturing process / magnetic energy / metal / high-stored-energy designs / energy dump / experimental devices / magnet energy / manufacturing / additive manufacturing method / raw materials metal powders / /
Organization
MIT / International Atomic Energy Agency / U.S. Securities and Exchange Commission / Fusion Center / Plasma Science and Fusion Center / University of Wisconsin / Madison / University of California / San Diego / /
Person
Williamson / /
Position
coil conductor / ARIES-CS MAGNET CONDUCTOR / wind-and-react Nb3Sn conductor / conductor / superconducting coil conductor / FEA model for EM analysis / /
Product
SOLID5 / /
ProvinceOrState
New Jersey / Wisconsin / Missouri / Tennessee / California / Massachusetts / /
Technology
radiation / 818 FUSION SCIENCE AND TECHNOLOGY / ARIES-CS magnet FUSION SCIENCE AND TECHNOLOGY / Thermal insulation / laser / FUSION SCIENCE AND TECHNOLOGY / 822 FUSION SCIENCE AND TECHNOLOGY / dielectric / CAD / /
ARIES-CS MAGNET CONDUCTOR AND STRUCTURE EVALUATION X. R. WANG,* a A. R. RAFFRAY,a L. BROMBERG,b J. H. SCHULTZ,b L. P. KU,c J. F. LYON,d S. MALANG,e L. WAGANER,f L. EL-GUEBALY,g, C. MARTIN,g and ARIES TEAM h a