Poster Session A |
2:30 pm - 5:00 pm |
|
Paper |
Title |
First Author |
|
A01 |
ICRF Plasma Production in TEXTOR-94 |
Koch, R. |
|
A02 |
Experimental Results from ICRF on ASDEX Upgrade |
Wesner, F. |
|
A03 |
LHCD Experiments in High Performance Plasmas in JET |
Ekedahl, A. |
|
A04 |
Enhancement of Localized ICRF Heating and Current Drive in TFTR D-T Plasmas |
Schilling, G. |
|
A05 |
Mode Conversion Heating and Current Drive in TFTR |
Majeski, R. P. |
|
A06 |
IBW and Fast Wave Launching and Damping on TFTR |
Hosea, J. C. |
|
A07 |
Measurements of Edge Density Profile Modifications During IBW on TFTR |
Hanson, G. R. |
|
A08 |
Role of Plasma Edge in the Direct Launch Ion Bernstein Wave Experiment in TFTR |
Ono, M. |
|
A09 |
Analysis of IBW Experiments on TFTR |
LeBlanc, B. |
|
A10 |
The Bootstrap Fraction in TFTR |
Hoang, G. T. |
|
A11 |
Correlation between TAE Modes Excitation and Degradation of ICRF Heating Efficiency in TFTR |
Bernabei, S. |
|
A12 |
ICRF Heating and Current Drive in High and Low Beta Tokamaks |
Bettenhausen, M. |
|
A13 |
Investigation of ICRF Absorption by Fast Ions and High Temperature Plasmas using the METS95 Wave Analysis Tool |
Smithe, D. N. |
|
A14 |
Non-Inductive Current Drive with Lower Hybrid and Ion Bernstein Waves in PBX-M |
Paoletti, F. |
|
A15 |
RF Applications for MHD Stablization in FSX |
Cardinali, A. |
|
A16 |
Ponderomotive Coupling and Scattering of Lower Hybrid Waves by Density Fluctuations in a Tokamak |
Castaldo, C. |
|
A17 |
Fast Wave Power Reduction of Toroidal Rotation in DIII-D |
deGrassie, J. S. |
|
A18 |
Fast Wave Antenna Array Feed Circuits Tolerant of Time-Varying Loading for DIII-D |
Pinsker, R. I. |
|
A19 |
Antenna Loading Impedance Changes During Arcs and ELMs on DIII-D |
Baity, F. W. |
|
A20 |
An ELM-Resilient RF Arc Detection System for DIII-D Based on Electromagnetic and Sound Emissions from the Arc |
Phelps, D. A. |
|
A21 |
Exploring the Synergy Among Standing and Traveling Wave Resonant RF Array Systems for Fast Wave Heating and Profile Control in Tokamaks |
Phelps, D. A. |
|
A22 |
Initial Results from the DIII-D Multi-Megawatt 110 GHz ECH System |
Callis, R. W. |
|
A23 |
Modeling of 110 GHz Electron Cyclotron Wave Propagation and Absorption on DIII-D |
Lin-Liu, Y. R. |
|
A24 |
Investigation of Ion Heating by ICRF Waves in Alcator C-Mod |
Wukitch, S. J. |
|
A25 |
ICRF Power Deposition Studies Using ECE Diagnostics on Alcator C-Mod |
O'Shea, P. J. |
|
A26 |
Observations of Edge Ion Heating During ICRH in Alcator C-Mod |
Rost, J. C. |
|
A27 |
Theoretical Analysis of Mode Conversion Electron Heating Experiments in Alcator C-Mod |
Bonoli, P. T. |
|
A28 |
ICRF Heating and Current Drive Regimes in Alcator C-Mod |
Phillips, C. K. |
|
A29 |
Current Deposition Profiles in Advanced Geometries |
Wright, J. C. |
|
A30 |
RF Effects on Neoclassical Theory and the Bootstrap Current in Tokamaks |
Schultz, S. D. |
|
A31 |
Mode Conversion of Fast Alfven Waves to Ion Bernstein Waves with Poloidal Wavenumbers in Sheared Magnetic Fields |
Schultz, S. D. |
|
A32 |
Efficient Current Drive by Mode-Converted Ion-Bernstein Waves |
Ram, A. K. |
|
A33 |
Exact Order Reduction for Mode Conversion |
Swanson, D. G. |
|
A34 |
Modular Approach for Conversion to the Ion-Hybrid Wave |
Kaufman, A. N. |
|
A35 |
Wave Emission from Mode Conversion Regions |
Krasniak, Y. |
|
A36 |
Mode Conversion Modelling in Tokamaks |
Jaun, A. |
|
A37 |
The Effects of Wave-Induced Spatial Diffusion During ICRH |
Carlsson, J. |
|
A38 |
A Stochastic Wave Field Model |
Hellsten, T. A. |
|
A39 |
Scaling Differences between Sinousoidal Voltage vs. Sinousoidal Current Sheaths and Implications to Numerical Modeling of ICH Antennae |
Riyopoulos, S. |
|
A40 |
RF Sheaths in Spherical Tokamaks and Their Control Using Insulating Limiters |
D'Ippolito, D. A. |
|
A41 |
Edge Physics Considerations for IBW Launch |
Myra, J. R. |
|
A42 |
Role of Ponderomotive Density Modification on IBW Loading |
Russell, D. A. |
|
A43 |
Theoretical Analysis of ICRF Far-Field Sheaths in Tokamaks |
Moroz, P. E. |
|
A44 |
Non-Linearly Weighted Monte-Carlo Modeling of RF Heating |
Kasilov, S. V. |
|
A45 |
Antenna for Electron Component Heating in the Gas-Dynamic Trap |
Moiseenko, V. E. |
Poster Session B |
2:30 pm - 5:00 pm |
|
Paper |
Title |
First Author |
|
B01 |
The ECH Launcher for ITER |
Prater, R. |
|
B02 |
ECRH/ECCD in Advanced ITER Scenarios |
Warrick, C. D. |
|
B03 |
Potentialities of Electron Cyclotron Current Drive in ITER Regimes |
Ramponi, G. |
|
B04 |
Describing Linear Second Harmonic ECA |
McDonald, D. C. |
|
B05 |
Electrical Details of the ICRH Resonant Double Loop Matching Sections of ITER |
Durodié, F. |
|
B06 |
Electrical Optimization of the ICH Antenna Array for ITER |
Ryan, P. M. |
|
B07 |
The JET Wideband Matching System |
Kaye, A. |
|
B08 |
Design Considerations for the IGNITOR ICRF Antenna System |
Vecchi, G. |
|
B09 |
A Self-Consistent, Integral-Equation Technique for the Analysis of ICRF Antennas |
Maggiora, R. |
|
B10 |
Results of a Folded Waveguide ICRF Antenna Project |
Bigelow, T. S. |
|
B11 |
2-Dimensional Analysis of ICRF Wave Propagation and Absorption on KSTAR Plasma |
Hong, B. G. |
|
B12 |
Power Balance During Pulse Discharge in a Helicon Plasma Source |
Kwak, J. G. |
|
B13 |
Generation of High Heat Flux Plasmas by RF Heating in Divertor Plasma Simulator NAGDIS-II |
Watanabe, S. |
|
B14 |
Application of High Performance Invertor Circuit to Plasma Generation and Heating in Plasmas Devices |
Uesugi, Y. |
|
B15 |
Current Profile Optimisation During RF-Assisted Current Ramp-up |
Litaudon, X. |
|
B16 |
New Fast Electron Bremsstrahlung Measurements on Tore Supra |
Peysson, Y. |
|
B17 |
Full Wave Simulation of Lower Hybrid Current Drive in High Aspect Ratio Tokamaks |
Peysson, Y. |
|
B18 |
New Launchers for Tore Supra LHCD |
Bibet, P. |
|
B19 |
Lower-Hybrid Wave Propogation Domains in Tokomaks. Implication on Current Drive Efficiency and on the Design of an ITER Injection System. |
Wégrowe, J. G. |
|
B20 |
FWEH Induced High Bootstrap Current on Tore Supra |
Basiuk, V. |
|
B21 |
Full-Wave Description of Wave-Plasma Emission & Absorption in the ICRF in Tokamaks. Application to Fast Wave and Bernstein Wave Heating |
Fraboulet, D. |
|
B22 |
Simulations of TS and JET FWCD Scenario Experiments and ITER 2wc(T) Heating Scenario with Different ICRF Codes. Influence of the Plasma-ICRF Antenna Distance |
Nguyen, F. |
|
B23 |
ICRF Antenna Performance on Tore Supra |
Goulding, R. H. |
|
B24 |
RF/LH Plasma-surface Interaction Modeling for Tore Supra |
Hogan, J. T. |
|
B25 |
Heating and Current Drive on NSTX |
Wilson, J. R. |
|
B26 |
RF Current Drive Modeling for Spherical Torus Plasmas |
Mau, T. K. |
|
B27 |
Co-Counter Asymmetry in Fast Wave Heating and Current Drive |
Jaeger, E. F. |
|
B28 |
RF Antenna Design Issues for NSTX |
Carter, M. D. |
|
B29 |
The Effects of Kinetic Power Flow on High Harmonic Fast Wave Heating |
Cairns, R. A. |
|
B30 |
Applications of Fast Wave in Spherical Tokamaks |
Chiu, S. C. |
|
B31 |
High-Harmonic Fast Wave Coupling and Heating Experiments in CDX-U |
Menard, J. |
|
B32 |
Key Physics Experiments of Electron Ripple Injector on CDX-U |
Choe, W. |
|
B33 |
Startup and Heating with Fast Magnetosonic Waves in Low Aspect Ratio Tokamaks |
Intrator, T. |
|
B34 |
An Electron Cyclotron Heating and Current Drive Approach for Low Temperature Startup Plasmas Utilizing O-X-EBW Mode Conversion |
Batchelor, D. B. |
|
B35 |
ECH on NSTX |
Bigelow, T. S. |
|
B36 |
Electron Cyclotron Heating in NSTX |
Wu, K. C. |
|
B37 |
Relativistic Ray Tracing at Electron Cyclotron Frequency |
Clair, G. Le |
|
B38 |
Preliminary Design of a Quasi-Optical Grill for Ignitor and TdeV for LHCD |
Preinhaelter, J. |
|
B39 |
Lower Hybrid Power Dissipation by Tokamak Plasma Edge Electrons |
Fuchs, V. |
|
B40 |
Measurement of the Field Pattern at the Grill Mouth of the LH Multijunction Antenna on TdeV |
Jacquet, P. |
|
B41 |
Current Profile Control Experiments with LHCD on TdeV |
Côte, A. |
|
B42 |
Wave Propogation in a Non-axisymmetric Geometry |
Cattanei, G. |
|
B43 |
Fundamental Heating with Stellarator Wave Modes |
Svidzinski, V. A. |
|
B44 |
Effect of ICRF Waves on Energetic Ion Dynamics in a Tokamak Fusion Reactor |
Chang, C. S. |