UKAEA Papers

"Effects Of Three-Dimensional Conducting Structures On Resistive Wall Modes"

• Fabio Villone
• Yueqiang Liu
• G. Ambrosino
• A. Pironti

"Kinetic Effects on Resistive Wall Mode Stability"

• T C Hender
• I T Chapman
• M S Chu
• Y-Q Liu

Two approaches for studying the damping of resistive wall modes due to wave particle resonant interactions are discussed. One approach uses the eigenfunction from an ideal MHD code combined with the resonant particle damping calculated from a drift-kinetic Sf - method formulation. This perturbative approach treats the wave-particle interaction prec…

"Modeling of resistive wall mode and its control in experiments and ITER"

• Yueqiang Liu
• M. S. Chu
• A. M. Garofalo
• R. J. La Haye
• Y. Gribov
• M. Gryaznevich
• T. C. Hender
• D. F. Howell
• P. De Vries
• M. Okabayashi
• S. D. Pinches
• H. Reimerdes
• EFDA-JET Contributors

Active control of the resistive wall mode RWM for DIII-D [Luxon and Davis, Fusion Technol. 8 , 441 (1985)] plasmas is studied using the MARS-F code [Y. Q. Liu, and et al. , Phys. Plasmas 7 , 3681 (2000)]. Control optimization shows that the mode can be stabilized up to the ideal wall beta limit, using the internal control coils I-coils and poloidal…

"Cross-machine comparison of resonant field amplification and resistive wall mode stabilization by plasma rotation"

• H. Reimerdes
• T. C. Hender
• S. A. Sabbagh
• J. M. Bialek
• M. S. Chu
• A. M. Garofalo
• M. P. Gryaznevich
• D. F. Howell
• G. L. Jackson
• R. J. La Haye
• Y. Q. Liu
• J. E. Menard
• G. A. Navratil
• M. Okabayashi
• S. D. Pinches
• A. C. Sontag
• E. J. Strait
• W. Zhu
• M

Dedicated experiments in the DIII-D tokamak J. L. Luxon, Nucl. Fusion, 42 , 614 2002, the Joint European Torus JET P. H. Rebut, R. J. Bickerton, and B. E. Keen, Nucl. Fusion 25 , 1011 1985, and the National Spherical Torus Experiment NSTX M. Ono, S. M. Kaye, Y.-K. M. Peng et al. , Nucl. Fusion 40 , 557 2000 reveal the commonalities of resistive wal…

"Magnetic properties of point defects in iron within the tight-binding-bond Stoner model"

• Guoqiang Liu
• D. Nguyen-Manh
• Bang-Gui Liu
• D. G. Pettifor

The tight-binding Stoner model of band magnetism is generalized to account for local charge neutrality by working within the tight-binding-bond s TBB d representation of the binding energy. We show that the analytic forces within this TBB Stoner model take a very simple form because neither the renormalization in the on-site energies due to local c…