Author:
Zhao Z.H.,Lan T.,Kong D.F.,Ye Y.,Zhang S.B.,Zhuang G.,Zhang X.H.,Hu G.H.,Chen C.,Wu J.,Zhang S.,Qi M.B.,Li C.H.,Yang X.M.,Nie L.Y.,Wen F.,Zi P.F.,Li L.,Meng F.W.,Li B.,Dong Q.L.,Huang Y.Q.
Abstract
Abstract
In this paper, a compact torus (CT) injector system is
designed for experimental advanced superconducting tokamak
(EAST). The injector system consists of a coaxial electrode and four
pulsed power systems and generates self-organized CT with high
density and velocity. In addition, the performance of EAST-CTI is
evaluated using a series of diagnostics systems. The experimental
results show that the velocity, electron density, and number of
particles of the CT are 56.0 km/s,
8.73 × 1020 m-3, and 2.4 × 1018,
respectively. The detailed description and experimental results are
presented in this paper.
Subject
Mathematical Physics,Instrumentation
Cited by
1 articles.
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