Sorrento / Boca Raton / Montréal / Québec / New York / Jacksonville / Sherbrooke / Lausanne / Laval / Genoa / Varennes / /
Company
Los Alamos National Laboratory / CRC Press / Marconi Communications / /
Country
Switzerland / Italy / United States / Canada / /
Currency
USD / / /
Facility
Superconductivity Technology Center / Los Alamos National Laboratory / University of Genoa / Québec’s Research Institute / Swiss Federal Institute of Technology / Laboratory of Nonlinear Systems / University of Lausanne / Swiss Federal Institute of Technology-Lausanne / /
IndustryTerm
dissipated energy / inadequate energy dissipation / exponent power law / finite element software / notable energy gain / energy / stored energy / thin-film devices / open structure software / thermal and electrical systems / thin-film technology / electromagnetic and superconducting devices / power systems / produced energy / /
Organization
U.S. DOE office of Electricity Delivery and Energy Reliability / Public Administration / Laboratory of Nonlinear Systems / University of Genoa / University of Lausanne / Graduate School / Institut National de la Recherche Scientifique / National Center of Competence / Hydro-Québec’s Research Institute / Swiss National Science Foundation / Swiss Federal Institute of Technology / Lausanne / /
Person
R. Pecher / Frédéric Sirois / François Roy / Bertrand Dutoit / Francesco Grilli / S. W. Schwenterly / /
Position
Editor / Project Leader and Head of the Superconductivity Group / Research Associate / Research Assistant / coated conductor / ” IEEE Trans / conductor / Assistant Professor / Research Engineer / model / coupling the Fig / Commercial coated conductor / Software Engineer / Project Leader and Head / /
ProvinceOrState
Quebec / New Mexico / Florida / Arkansas / /
PublishedMedium
IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY / /
Technology
RAM / 3-D / heat transfer / thin-film technology / simulation / Digital Object Identifier / /