Open AccessFY 2016 Fusion Energy Sciences (FES) Theory and Simulation Performance Target
Author(s) -
C. S. Chang,
R.M. Churchill,
R. Hager,
S. Ku,
D.P. Stotler,
X. Q. Xu,
Bin Chen,
B. Cohen,
I. Joseph,
T.D. Rognlien,
T. F. Tand,
M. Umansky,
J. R. Myra
Publication year - 2016
Language(s) - English
Resource type - Reports
DOI - 10.2172/1471207
Subject(s) - divertor , fusion power , heat load , nuclear engineering , fusion , heat flux , scaling , plasma , kinetic energy , flux (metallurgy) , high heat , physics , enhanced data rates for gsm evolution , nuclear fusion , nuclear physics , mechanics , computational physics , tokamak , materials science , computer science , heat transfer , thermodynamics , engineering , classical mechanics , mathematics , geometry , telecommunications , linguistics , philosophy , metallurgy , composite material
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