Enhanced D-T supershot performance at high current using extensive lithium conditioning in TFTR | Zendy

D.K. Mansfield | Zendy; J.D. Strachan | Zendy; Michael G.H. Bell | Zendy; S.D. Scott | Zendy; R. Budny | Zendy; R. E. Bell | Zendy; M. Bitter | Zendy; D. Darrow | Zendy; E. D. Fredrickson | Zendy; B. Grek | Zendy

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Enhanced D-T supershot performance at high current using extensive lithium conditioning in TFTR

Author(s) -

D.K. Mansfield,

J.D. Strachan,

Michael G.H. Bell,

S.D. Scott,

R. Budny,

R. E. Bell,

M. Bitter,

D. Darrow,

E. D. Fredrickson,

B. Grek

Publication year - 1995

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/64326

Subject(s) - limiter , nuclear engineering , lithium (medication) , plasma , conditioning , fusion power , current (fluid) , fusion , materials science , power (physics) , tritium , atomic physics , physics , nuclear physics , electrical engineering , engineering , thermodynamics , mathematics , statistics , psychology , linguistics , philosophy , psychiatry

A substantial improvement in supershot fusion plasma performance has been realized by combining the enhanced confinement due to tritium fueling with the enhanced confinement due to extensive Li conditioning of the TFTR limiter. This combination has resulted in not only significantly higher global energy confinement times than had previously been obtained in high current supershots, but also the highest ratio of central fusion output power to input power observed to date

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