References
- P. LAMALLE, “Kinetic theory of plasma waves: Part I Introduction” These Proc.
- E. WESTERHOF, “Kinetic theory of plasma waves: Part II Homogeneous plasma” These Proc.
- P. LAMALLE, “Kinetic theory of plasma waves: Part III Inhomogeneous plasma” These Proc.
- R. KOCH, “Plasma heating by neutral beam injection” These Proc.
- PECOUL S., et al., “Numerical modeling of the coupling of an ICRH antenna with a plasma with selfconsistent antenna currents”, Computer Phys. Communications 146(2002)166–187
- X. LITAUDON & D. MOREAU, “Coupling of slow waves near the lower hybrid frequency in JET”, Nucl. Fus. 30, 471, (1990)
- R. KOCH, “A global solution of the ICRH problem based on the combined use of a planar coupling model and hot-plasma ray-tracing in tokamak geometry”, Computer Phys. Comm., 40, 1, (1986)
- R. KOCH et al., “An asymptotic analysis of the radiation pattern of ion cyclotron resonance heating antennas”, J. Plasma Phys. 32, 291 (1984).
- R. KOCH et al., “Progress in RF Theory: a sketch of recent evolution in selected areas”, J. Plasma Phys. 40, A141, (1998).
- M.D. CARTER, et al., “Three Dimensional Modelling of ICRF Launchers for Fusion Devices”, Nucl. Fus. 36, 209, (1996)
- R. MAGGIORA et al., “Efficient self-consistent3D/1D analysis of ICRF antennas”, in Radio Frequency Power in Plasmas, AIP Conf. Proc. 694, 134, (2003)
- D. HARTMANN et al., “Measurements and calculations of electrical properties of ICRF antennas”, in Radio Frequency Power in Plasmas, AIP Conf. Proc. 694, 106, (2003)
- P. LAMALLE et al., “Recent developments in ICRF antenna array modelling”, 20th Fusion Energy Conf., Vilamoura (2004) IAEA-CN-116 /FT/ P7-18.
- R. KOCH et al., “A Comparison Between ICRF Theory and Experiment”, Plasma Phys. Contr. Fus., 30, 1559, (1988).
- DESCAMPS P. et al., “Global Modes Excitation in TEXTOR and Comparison with Theory”, Plasma Phys. Contr. Fus., 33, 1109, (1991).
- C. GORMEZANO, “High power lower hybrid current drive on JET: results and prospects”, Report JET- P(93)65 (1993)
- ITER team, et al., “ITER Physics basis”, Nucl. Fus. 39(1999)
- R. KOCH, “Ion cyclotron, lower hybrid and Alfvén wave heating methods” These Proc.
- T.H. STIX, “Waves in plasmas”, AIP New York (1992).
- D.G. SWANSON, “Plasmas Waves”, American Institute of Physics (1989).
- R. KOCH, “Wave-particle interactions in plasmas”, Plasma phys. and Contr. Fus. 48., B329, (2006) B329–B345.