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4.ANNEXES
- Annex I: Beam–Tunnel Geometries Preserving the Cross–Section of a Sheet Beam in a System with no Axial Variation (J. L. Vomvoridis and V. G. Dotsis, NTUA) 16
- Annex II: Self–Consistent 3–D Electrostatic Code for Gyrotron Beam Tunnel: Definition of Geometry and Mesh Generator (John Pagonakis, NTUA) 18
- Annex III: Calculation of the Beam–Tunnel Spectrum (D. Dimitropoulou, I. G. Tigelis, G. Tombras and G. Alexakis, U. of Athens) 20
- Annex IV: Numerical Code for TE and TM modes in a Periodic Corrugated Waveguide (G. Latsas, I. G. Tigelis, C. Papadimitropoulou and E. Tsilis, U. of Athens) 22
- Annex V: Electron Acceleration by an Obliquely Propagating Electromagnetic Wave: Relativistic Case (C. Polymilis. D. J. Frantzeskakis, C. Tsironis and Ch. Skokos, U. of Athens) 24
- Annex VI: Non-resonant interaction of superthermal electrons with tearing modes during ECRH (A.Lazaros, NTUA) 26
- Annex VII: Development of a superthermal electron avalanche during ECRH (A.Lazaros, NTUA) 28
- Annex VIII: Non-resonant suppression of sawteeth by passing ions in tokamaks (A.Lazaros, NTUA) 30
- Annex IX: Stationary MHD states in magnetically confined plasmas: Helically and generally symmetric ideal MHD equilibria with incompressible flows (G. Throumoulopoulos, G. Pantis and Ch Simintzis, U. of Ioannina, H. Tasso, IPP) 32
- Annex X: On resistive magnetohydrodynamic equilibria of an axisymmetric toroidal plasma with flow (G. Throumoulopoulos, U. of Ioannina, and H. Tasso, IPP) 33
- Annex XI: Analytic magnetohydrodynamic equilibria of a magnetically confined plasma with incompessible flow (Ch Simintzis, G. Throumoulopoulos and G. Pantis, U. of Ioannina, and H. Tasso, IPP) 34
- Annex XII: Magnetic dipole equilibrium of a gravitating plasma with incompressible flow (G. Throumoulopoulos, U. of Ioannina, and H. Tasso, IPP) 35
- Annex XIII: On Lyapunov stability of nonautonomous mechanical systems, Application to plasma flows (H. Tasso, IPP, G. Throumoulopoulos, U. of Ioannina,) 36
- Annex XIV: Reactivity effects due to GRR1 “Demokritos” reactor core modifications for in-core sample irradiation experiments (I.E. Stamatelatos and C. Housiadas, National Center for Scientific Research “Demokritos”) 39
- Annex XV: Proposed modifications to GRR1 reactor core configuration for the development of a fast neutron irradiation facility (I.E. Stamatelatos, National Center for Scientific Research “Demokritos”) 41
- Annex XVI: MCNP simulation of the in-core fast neutron irradiation facility at GRR-1 research reactor (I.E. Stamatelatos, National Center for Scientific Research “Demokritos”) 43
- Annex XVII: Effects of neutron irradiation of SiCf/SiC on their toughness and fracture behaviour and micromechanisms (G. Vekinis, S. Messoloras, I. Stamatelatos, G. Xanthopoulou and M. Antonopoulos-Domis, National Center of Scientific Research “Demokritos”) 45
- Annex XVIII: Irradiation Resistance Of Sicf/Sic And Effects On Mechanical Properties (G. Vekinis, S. Messoloras, I. Stamatelatos, G. Xanthopoulou and M. Antonopoulos-Domis, National Center for Scientific Research “Demokritos”) 47
- Annex XIX: Joining of SiCf/SiC using a controlled wave combustion method (G. Xanthopoulou and G. Vekinis, National Center Scientific Research “Demokritos”) 49
Last Updated (Tuesday, 29 March 2011 17:45)
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