Author: Abhay RamPublisher:
ISBN:
Category :
Languages : en
Pages : 8
Book Description
ICRF Heating of Large Tokamaks, Antenna-plasma Coupling Theory for
Author: Abhay RamAntenna-plasma Coupling Theory for ICRF Heating of Large Tokamaks
Author: Publisher:
ISBN:
Category :
Languages : en
Pages :
Book Description
The coupling characteristics of antenna structure are studied by analyzing a model where a thin current sheet is placed between a fully conducting wall and a sheet of anisotropic conductivity representing the screen. The inhomogeneous plasma in the shadow of the limiter is assumed to extend from the screen onwards away from the antenna. The excitation of the fields inside the plasma are found by analyzing the radiation properties of this current sheet antenna. We assume that the current distribution of the antenna is given and that the fields excited inside the plasma are absorbed in a single pass. In all experiments to-date the cross-sectional plasmas are relatively small so that the rf conductor is a half-loop around the plasma in the poloidal direction. However, for reactor size plasmas this cannot be done and the antenna dimensions will be small compared to the plasma cross-sections. We, thus, assume an antenna of finite poloidal and toroidal extent with dimensions small compared to the plasma minor radius. We further approximate the coupling geometry by a slab model. The x-axis is taken to be along the plasma inhomogeneity, the y-axis along the poloidal direction and the x-axis along the toroidal magnetic field.
Coupling Theory for ICRF Heating of Large Tokamaks
Author: Abhay RamAntenna-plasma Coupling During the L- to H-mode Transition in the Ion-cyclotron Range of Frequencies
Author: Jeffrey RufinusA Study of Coupling and Edge Processes for ICRF Antennas
Author: Ira Scott LehrmanICRF Antenna Coupling Theory for a Cylindrically Stratified Plasma
Author: Brian McVeyComputational Modeling of ICRF Antenna Coupling in Tokamaks
Author: Michael H. BettenhausenPublisher:
ISBN:
Category :
Languages : en
Pages : 346
Book Description
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Author: 
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