28 results on '"Gimblett, C"'
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2. Intrinsic rotation due to MHD activity in a tokamak with a resistive wall
3. Strong toroidal effects on tokamak tearing mode stability in the hybrid and conventional scenarios
4. Resistive wall mode stabilization by differential rotation in an analytic tokamak
5. Analytical modelling of resistive wall mode stabilization by rotation in toroidal tokamak plasmas
6. Resistive wall mode control code maturity: progress and specific examples
7. Rotational stabilization of the resistive wall mode by coupling to a dissipative rational surface
8. Numerical study of the resonant magnetic perturbations for Type I edge localized modes control in ITER
9. The role of edge current-driven modes in ELM activity
10. Sawtooth control in fusion plasmas
11. Fluctuation-driven mean flows and their effect on the dynamo mechanism in the reversed-field pinch
12. Calculation of the post-crash state and 1 1/2 D simulation of sawtooth cycles
13. A note on minimum dissipation plasma states
14. Principles of plasma mechanics (2nd edition) by B. ?. John Wiley, New York (1991). 626 pp. Price £36.50. ISBN 0-470-21729-4
15. On the '11/2-D' evolution of tokamak plasmas in the case of large aspect ratio
16. Modelling of edge localized modes with a current relaxation model on JET and TEXTOR.
17. Ion Heating Due to Parallel Ion Viscosity
18. Analysis of internal magnetic fluctuations in the HBTX1A reversed field pinch.
19. The generalization of Newcomb's equation to incorporate parallel ion viscosity and an application to thin shell instabilities
20. Stability of cylindrical plasma in the Bessel function model
21. Stabilization of thin shell modes by a rotating secondary wall
22. RFP stability with a resistive shell in HBTX1C
23. Steady state operation of spherical tokamaks.
24. Analysis of vertical displacement events and halo currents in COMPASS-D.
25. A novel plasma-wall instability and the distribution of halo currents in tokamaks.
26. High bootstrap current ICRH plasmas in JET.
27. Effects of a resistive wall on magnetohydrodynamic instabilities.
28. A condition for absolute confinement of alpha particles in helical tokamaks.
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