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A new tool for modelling ion cyclotron resonance heating wave propagation and damping in non-axisymmetrical magnetic confinement fusion machines

D Van Eester, Kristel Crombé (UGent) , B. Lauwens, Y Kazakov, M Vergote and M Van Schoor
(2016)
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MLA
Van Eester, D, Kristel Crombé, B. Lauwens, et al. “A New Tool for Modelling Ion Cyclotron Resonance Heating Wave Propagation and Damping in Non-axisymmetrical Magnetic Confinement Fusion Machines.” 2016. Print.
APA
Van Eester, D, Crombé, K., Lauwens, B., Kazakov, Y., Vergote, M., & Van Schoor, M. (2016). A new tool for modelling ion cyclotron resonance heating wave propagation and damping in non-axisymmetrical magnetic confinement fusion machines. Presented at the 43 rd EPS Conference on Plasma Physics.
Chicago author-date
Van Eester, D, Kristel Crombé, B. Lauwens, Y Kazakov, M Vergote, and M Van Schoor. 2016. “A New Tool for Modelling Ion Cyclotron Resonance Heating Wave Propagation and Damping in Non-axisymmetrical Magnetic Confinement Fusion Machines.” In .
Chicago author-date (all authors)
Van Eester, D, Kristel Crombé, B. Lauwens, Y Kazakov, M Vergote, and M Van Schoor. 2016. “A New Tool for Modelling Ion Cyclotron Resonance Heating Wave Propagation and Damping in Non-axisymmetrical Magnetic Confinement Fusion Machines.” In .
Vancouver
1.
Van Eester D, Crombé K, Lauwens B, Kazakov Y, Vergote M, Van Schoor M. A new tool for modelling ion cyclotron resonance heating wave propagation and damping in non-axisymmetrical magnetic confinement fusion machines. 2016.
IEEE
[1]
D. Van Eester, K. Crombé, B. Lauwens, Y. Kazakov, M. Vergote, and M. Van Schoor, “A new tool for modelling ion cyclotron resonance heating wave propagation and damping in non-axisymmetrical magnetic confinement fusion machines,” presented at the 43 rd EPS Conference on Plasma Physics, 2016.
@inproceedings{8519582,
  author       = {Van Eester, D and Crombé, Kristel and Lauwens, B. and Kazakov, Y and Vergote, M and Van Schoor, M},
  language     = {eng},
  title        = {A new tool for modelling ion cyclotron resonance heating wave propagation and damping in non-axisymmetrical magnetic confinement fusion machines},
  year         = {2016},
}