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High-temperature plasmas in a tokamak fusion test reactor.
Authors
V Arunasalam
MG Bell
+62 more
M Bitter
NL Bretz
R Budny
CE Bush
SL Davis
HF Dylla
PC Efthimion
RJ Fonck
E Fredrickson
HP Furth
RJ Goldston
B Grek
LR Grisham
RJ Hawryluk
WW Heidbrink
HW Hendel
KW Hill
H Hsuan
KP Jaehnig
DL Jassby
F Jobes
DW Johnson
LC Johnson
R Kaita
J Kampershroer
RJ Knize
T Kozub
La Marche PH
B LeBlanc
F Levinton
DM Manos
DK Mansfield
K McGuire
DH McNeill
DM Meade
SS Medley
W Morris
D Mueller
EB Nieschmidt
DK Owens
H Park
AT Ramsey
G Schilling
J Schivell
GL Schmidt
SD Scott
S Sesnic
JC Sinnis
FJ Stauffer
JD Strachan
BC Stratton
GD Tait
G Taylor
HH Towner
M Ulrickson
von Goeler S
R Wieland
MD Williams
KL Wong
S Yoshikawa
KM Young
MC Zarnstorff
Publication date
1 March 1987
Publisher
eScholarship, University of California
Abstract
Neutral-beam heating of plasmas in the Tokamak Fusion Test Reactor at low preinjection densities [ne(0)1019 m-3] were characterized by Te(0)=6.5 keV, Ti(0)=20 keV, ne(0)=7×1019 m-3, E=170 msec, theta=2, and a d(d,n)3He neutron emission rate of 1016 sec-1. The ion temperature and the deuterium-fusion neutron yields were significantly higher than for previous tokamak experiments. The low initial densities were achieved by operation of the Tokamak Fusion Test Reactor with low plasma currents (1 MA) and by extensive limiter conditioning. © 1987 The American Physical Society
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Last time updated on 25/12/2021