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Experimental exploration of profile control in the Princeton Beta Experiment-Modified (PBX-M) tokamak
Author(s) -
S. Bernabei,
R. E. Bell,
M. Chance,
T.K. Chu,
M. Corneliussen,
W. Davis,
G. Gettelfinger,
T. Gibney,
N. Greenough,
R. Hatcher,
H. Hermann,
D. Ignat,
S. Jardin,
R. Kaita,
S. Kaye,
C. Kessel,
T. Kozub,
H. Hugel,
L. Lagin,
B. LeBlanc,
J. Manickam,
M. Okabayashi,
H. Oliver,
M. Ono,
S. F. Paul,
S. Preische,
P. Roney,
N. Sauthoff,
S. Schweitzer,
S. Sesnic,
Y. Sun,
H. Takahashi,
W. Tighe,
E. Valeo,
S. von Goeler,
KayObbe Voss,
M. E. Mauel,
G.A. Navratil,
R. Cesario,
S. H. Batha,
F. M. Levinton,
F. Rimini,
N. Asakura,
Samuel E. Jones,
J. Kesner,
S. Luckhardt,
F. Paoletti,
P. Woskov,
A. Zolfaghari,
T. Seki,
J.D. Bell,
J. L. Dunlap,
A. England,
D. Greenwood,
J. Harris,
Gerald Henkel,
S. Hirshman,
R. C. Isler,
D. Lee,
L. M. Blush,
R. Conn,
R.P. Doerner,
Y. Hirooka,
R. Lehmer,
L. Schmitz,
George Tynan
Publication year - 1993
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/10161150
Subject(s) - divertor , tokamak , beta (programming language) , plasma , atomic physics , diffusion , electron , ion , electric field , lower hybrid oscillation , current density , magnetohydrodynamic drive , instability , current (fluid) , materials science , computational physics , physics , magnetohydrodynamics , nuclear physics , mechanics , thermodynamics , quantum mechanics , computer science , programming language

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