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Pellet fuelled enhanced confinement ICRH discharges in TFTR
L. R. Baylor
, G. L. Schmidt
, S. H. Batha
, M. G. Bell
, M. Bitter
, E. D. Fredrickson
, G. W. Hammett
, D. L. Jassby
, F. C. Jobes
, F. M. Levinton
, R. Majeski
, R. Nazikian
, D. K. Owens
, H. K. Park
, C. K. Phillips
, A. I. Ramsey
, J. H. Rogers
, S. A. Sabbagh
, G. Schilling
, J. E. Stevens
E. J. Synakowski
, G. Taylor, J. R. Wilson
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Department of Physics
Princeton Plasma Physics Laboratory
Oak Ridge National Laboratory
Columbia University
Sandia National Laboratories
Research output
:
Contribution to journal
›
Article
›
peer-review
17
Scopus citations
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Physics
Ion
100%
Tokamak Device
100%
Confinement
100%
Pellet
100%
Heating
100%
Core
80%
Region
40%
Electron
40%
Injection
40%
Diffusivity
40%
Pressure
20%
Transients
20%
Independent Variables
20%
Magnitude
20%
Plasma Current
20%
Particles
20%
Volume
20%
Deuterium
20%
Hydrogen
20%