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Burning Plasma Diagnostics and Requirements | |
Experience on Burning Plasma Diagnostics on JET | p. 3 |
Some Lessons from the Burning Plasma Diagnostics in TFTR | p. 9 |
Diagnostics Challenges for Burning Plasma Experiments | p. 17 |
Requirements for Plasma and First Wall Measurements on ITER | p. 27 |
Technology Issues of Burning Plasma Diagnostics | p. 35 |
Reactor Implications for Burning Plasma Diagnostics | p. 43 |
Plant Models for DEMO | p. 52 |
ECE, Interferometry, Polarimetry and Thomson Scattering | |
Physics of ECE Temperature Measurements and Prospects for ITER | p. 63 |
Measurements of Electron Velocity Distribution Function | p. 73 |
Thomson Scattering and Burning Plasmas | p. 81 |
Advanced Interferometry Techniques for Burning Plasmas | p. 92 |
Measurements of Alfven Eigenmodes in Fusion Plasmas | p. 103 |
Development of Laser-Aided Plasma Diagnostics and Related Technology | p. 110 |
Fast Ion Collective Thomson Scattering Diagnostic for ITER - Progress of Design | p. 118 |
Comparison of Inboard-Outboard Pedestal Temperature Measurements in JET Using ECE Diagnostics | p. 123 |
SPECE: A Code for Electron Cyclotron Emission in Tokamaks | p. 128 |
Compact High-Speed High-Sensitivity Second-Harmonic Interferometer for Electron Density Measurement | p. 132 |
The Interferometer as an Optical Mixer: A Novel Approach to Far Infrared Spectroscopy | p. 136 |
Models Comparison for JET Polarimeter Data | p. 140 |
Study of Fast, Near-Infrared Photodetectors for the ITER Core LIDAR Thomson Scattering | p. 144 |
Dust Measurement with Thomson Scattering In FTU | p. 148 |
Spectroscopy, Optical/IR Diagnostics and Neutral Particles | |
Passive Spectroscopy Bolometers, Crating- aud X-Ray Imaging Crystal Spectrometers | p. 155 |
Active Beam Spectroscopy | p. 165 |
Neutral Particle Analysis on ITER and Requirements for DEMO | p. 177 |
Fast Visible Camera Installation and Operation in JET | p. 185 |
Measurements of He-like Argon on TEXTOR, a Benchmark Experiment for the ITER X-Ray Spectrometer | p. 189 |
Advanced X-Ray Imaging Crystal Spectrometer for Magnetic Fusion Tokamak Devices | p. 193 |
Development of a Soft-X Ray Detector for Energy Resolved 2D Imaging by Means of a Gas Pixel Detector with Highly Integrated Microelectronics | p. 197 |
X-Ray Imaging Spectrometer for Recording Calibrated Time-Resolved K-Shell Spectra from Magnetically Confined Fusion Plasmas | p. 201 |
An EUV Narrow Band Imaging Technique for Diagnosing 10-30 keV ITER Plasmas | p. 205 |
The CXRS Diagnostic for ITER and the CXRS Pilot Experiment on TEXTOR | p. 209 |
An Overview of the Motional Stark Effect Diagnostic on DIII-D and Design Work for an ITER MSE | p. 214 |
Spectroscopic Measurement System for ITER Divertor Plasma: Impurity Influx Monitor (Divertor) | p. 218 |
Design of a Tomographic Hard X-Ray Spectrometer for Suprathermal Electron Studies with ECRH | p. 222 |
Concept and Development of Instruments for ITER Thermography | p. 226 |
Omegatron Mass Spectrometer in a Hydrogen/Deuterium Detached Plasma | p. 234 |
Behaviour of the ASDEX Pressure Gauge at High Neutral Gas Pressure and Applications for ITER | p. 238 |
Critical Assessment of Pressure Gauges for ITER | p. 243 |
Neutron and Gamma-Ray Measurements | p. 249 |
Role of Fusion Product Measurements in Physics Understanding of a Burning Plasma | p. 259 |
Absolute Neutron Emission Measurement in Burning Plasma Experiments | p. 267 |
Neutron Emission Profile and Neutron Spectrum Measurements at JET: Status and Plans | p. 275 |
Fast Ion JET Diagnostics: Confinement and Losses | p. 283 |
The ITER Radial Neutron Camera Detection System | p. 291 |
Development of Fast Measurement System of Neutron Emission Profile Using a Digital Signal Processing Technique in JT-60U | p. 295 |
Upgrade of the JET Gamma-Ray Cameras | p. 299 |
Divertor Neutron Flux Monitor: Conceptual Design and Calibration | p. 303 |
Prospects for High Resolution Neutron Spectroscopy on High Power Fusion Devices in View of the Recent Diagnostic Developments at JET | p. 307 |
The TOFOR Neutron Spectrometer for High-Performance Measurements of D Plasma Fuel Ion Properties | p. 311 |
Evaluation of Spectral Unfolding Techniques for Neutron Spectroscopy | p. 315 |
Fusion Power Measurement Using a Combined Neutron Spectrometer-Camera System at ITER | p. 319 |
Compact Neutron Spectometers and Their Performance under Fusion-Relevant Conditions | p. 323 |
Measurement of DT and DD Components in Neutron Spectrum with a Double-Crystal Time-of-Flight Spectrometer | p. 327 |
Modelling of [gamma]-Ray and Neutral Particle Diagnostics for Fast Ion Examination in Tokamaks | p. 331 |
Development of an He[superscript 0] Source for Confined Alpha Particle Measurement | p. 335 |
Helium Measurements Simulating Alpha-Particle Diagnostics by the Pellet Charge Exchange in Large Helical Device | p. 339 |
Study of Escaping Alpha Particle Orbits for Detector Design on ITER | p. 343 |
Plasma Facing Components, Radiation Effects and Dust | |
Diagnostics for Dust Monitoring in Tokamak Environment | p. 349 |
On the Problem of In-Vessel Mirrors for Diagnostic Systems of ITER | p. 357 |
Perspectives of Use of Diagnostic Mirrors with Transparent Protection Layer in Burning Plasma Experiments | p. 365 |
Issues and Options for Mirrors of CXRS and H-Alpha ITER Diagnostics | p. 370 |
Gamma-Irradiation Tests of IR Optical Fibres for ITER Thermography - A Case Study | p. 375 |
Magnetics, Equilibrium and Plasma Control | |
Main Features of Plasma Control | p. 385 |
Magnetic Control of a Tokamak Plasma | p. 395 |
Soft-X Ray Diagnostics and Treatments for Future Real Time Applications | p. 405 |
Development in Diagnostics Application to Control Advanced Tokamak Plasma | p. 413 |
Real-Time Equilibrium Reconstruction in a Tokamak | p. 420 |
Real-Time Profile Control for Advanced Tokamak Operation | p. 430 |
Magnetic and X-Ray Diagnostics for Plasma Position Measurements in the Ignition Experiment Ignitor | p. 434 |
MHD Activity in FTU Discharges with a Liquid Lithium Limiter | p. 438 |
Development and Testing of In-Vessel Equilibrium Pick-Up Coils for ITER | p. 442 |
Real-Time Magnetic Field Pitch Angle Estimation with a Motional Stark Effect Diagnostic Using Kalman Filtering | p. 446 |
Algorithms for the Control of NTM by Localized ECRH. Principles and Requirements of the Real Time Diagnostic and Control System | p. 450 |
Integrated Data Analysis | |
How to Extract Information and Knowledge from Fusion Massive Databases | p. 457 |
Integrated Data Analysis for Fusion: A Bayesian Tutorial for Fusion Diagnosticians | p. 471 |
Structural Pattern Recognition Techniques for Data Retrieval in Massive Fusion Databases | p. 481 |
Performance Analysis of ITER Tomographic Systems | p. 485 |
Cellular Neural Network for Real Time Image Processing | p. 489 |
Author Index | p. 493 |
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