Papers CMSS 2005
The following papers have been published in a special issue of 
Transactions of Fusion Science and Technology: Volume 49, February 2006, number 2T, pages 1 - 488. They are freely available here for download. For correct referencing, please look at the contents page.
| J. Ongena G. Van Oost |
Energy for Future Centuries — Prospects for Fusion Power as a Future Energy Source |
| E. Rebhan G. Van Oost |
Thermonuclear Burn Criteria for D-T Plasmas |
| D. Bartlett | The European Fusion Programme |
| R. Weynants | Fusion Machines |
| D.A. Hartmann | Stellarators |
| H.J. de Blank | Guiding Center Motion |
| K.H. Spatschek | Classical Plasma Kinetics and Transport Truncations |
| P.U. Lamalle | Kinetic Theory of Plasma Waves — Part I: Introduction |
| E. Westerhof | Kinetic Theory of Plasma Waves — Part II: Homogeneous Plasma |
| P.U. Lamalle | Kinetic Theory of Plasma Waves — Part III: Inhomogeneous Plasma |
| D. Van Eester | Numerical Modeling of Particle Heating and Diffusion |
| H.J. de Blank | Plasma Equilibrium in Tokamaks |
| H.J. de Blank | MHD Instabilities in Tokamaks |
| R. Keppens J.W.S. Blokland |
Computing Ideal Magnetohydrodynamic Equilibria |
| R. Keppens | Nonlinear Magnetohydrodynamics: Numerical Concepts |
| H.R. Koslowski | Operational Limits and Limiting Instabilities in Tokamak Machines |
| H.R. Wilson | Neoclassical Tearing Modes |
| R. Koch | Plasma Heating by Neutral Beam Injection |
| R. Koch | The Coupling of Electromagnetic Power to Plasmas |
| R. Koch | The Ion Cyclotron, Lower Hybrid and Alfven Wave Heating Methods |
| E. Westerhof | Electron Cyclotron Waves |
| D.W. Faulconer | Current Drive |
| B. Unterberg | Overview of Plasma Edge Physics |
| U. Samm | Plasma-Wall Interaction |
| K.H. Finken | The Dynamic Ergodic Divertor (DED) |
| D. Reiter S. Wiesen |
Helium Removal and Recycling |
| B. Weyssow | Hermitian Moment Approach to the Classical Transport Properties of a Weakly Coupled Magnetized Plasma |
| B. Weyssow | Neoclassical Transport Properties of Tokamak Plasmas |
| G.M.D. Hogeweij | Degraded Confinement and Turbulence in Tokamak Experiments |
| G.M.D. Hogeweij | Transport Studies Using Perturbative Experiments |
| N. Lopes Cardozo | Anomalous Transport Due to Magnetic Turbulence |
| A.L. Rogister | Electrostatic Drift Instabilities, Turbulence and Anomalous Transport: Introduction and Basic Theory |
| X. Garbet | Introduction to Drift Wave Turbulence Modelling |
| G. Van Oost | Radial Electric Fields and Improved Confinement |
| J. Ongena M. Evrard D. McCune |
Numerical Transport Codes |
| A.J.H. Donné | Introduction to Plasma Diagnostics |
| G. Van Oost | Probe Diagnostics for Fusion Devices |
| A.J.H. Donné | Diagnostics for Fluctuation Measurements |
| A.J.H. Donné C.J. Barth |
Laser-Aided Plasma Diagnostics |
| A. Krämer-Flecken | Microwave and Far Infrared Diagnostics |
| A. Pospieszczyk | Spectroscopy |
| B. Schweer | Application of Atomic Beams for Plasma Diagnostic |
| B. Unterberg U. Samm |
Overview of Tokamak Results |
| J. Ongena A.M. Messiaen |
Heating, Confinement and Extrapolation to Reactors |
| R.C. Wolf | A Tokamak Reactor Based on Advanced Concepts |
| J. Linke | High Heat Flux Performance of Plasma Facing Materials and Components Under Service Conditions in Future Fusion Reactors |
| M. Rubel | Reactor Aspects of Fusion: Issues Related to Materials, Radioactivity and Radiation-Induced Effects |
| A. De Groof S. Poedts |
Simulations of the Onset and the Evolution of Coronal Mass Ejections |
Contact
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c/o Laboratory for Plasma Physics
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