Diagnostics for Experimental Thermonuclear Fusion Reactors

The ITER Project.- The ITER Device.- The ITER Diagnostic Programme.- Requirements for ITER Diagnostics.- ITER Plasma Diagnostics Generic Access.- Radiation Hardening of Diagnostic Components.- Imitation of Fusion Reactor Environment Effects on the Inner Elements of Spectroscopical, mm and Sub-mm Diagnostics.- Magnetic Diagnostics.- Overview of Magnetic Diagnostics Planned for ITER.- Magnetic Equilibrium Reconstruction Techniques for Tokamak Reactors.- Fast and Accurate Methods of Plasma Boundary Determination in ITER from External Magnetic Measurements.- A Hybrid Magnetic Probe for Steady State Magnetic Field Measurements.- Reflectometry and ECE.- Comparison of Different Reflectometry Techniques.- Reflectometry Applications to ITER.- Reflectometry for ITER Density Profiles.- Proposal of Reflectometry System for ITER.- ICRF Physics Measurements by Reflectometry.- ITER Relevant Reflectometry Developments on DIII-D.- Status of the RTP Pulsed-Radar Reflectometer and Prospects for ITER.- Millimeter-Wave Diagnostic Systems for ITER.- Experimental Results of Amplitude Modulation Reflectometry on High Density Tokamak Plasmas.- Two Dimensional Effects of Turbulence on Density Profile Measurements by Reflectometry.- Physics Issues of ECE and ECA for ITER.- ECE Diagnostic on ITER.- Instrumentation of ECE for ITER.- Rotating Reflector Spectrometers for ECE Diagnostic in Large Fusion Devices.- Multimode Light Collection Systems for ECE Diagnostics.- Interferometry, Polarimetry and Thomson Scattering.- Advantages and Limitations of Microwave Diagnostics in ITER.- Application of Interferometry and Faraday Rotation Techniques for Density Measurements on ITER.- Development of Dual C02 Laser Interferometer for Large Tokamak.- Infrared Laser Diagnostics for ITER.- A Thomson Scattering Scheme for Obtaining Te and ne Profiles of the ITER Core Plasma.- The Concept of ITER Divertor Plasma Diagnostics by Means of LIDAR Technique.- Thomson Scattering at the Edge of ITER.- Spectroscopy.- Active Spectroscopic Diagnostics for ITER Utilizing Neutral Beams.- Spectroscopy for Impurity Control in ITER.- Edge nT/nD by Two-Photon Induced Ly-? Fluorescence.- Development of Luminescent Detectors for Hot Plasmas.- Multilayer Mirror Based Monitors for Impurity Controls in ITER.- Feasibility of Quantitative Spectroscopy on ITER.- Laser-Induced Fluorescence.- Concepts and Requirements for ITER X-Ray Diagnostics.- Applications of X-Ray Spectroscopy to ITER.- Diamond Detector Based SXR Array for ITER.- Fusion Products.- Fusion Product Measurements in D-T Plasmas in TFTR.- DT Neutron Measurements and Experience on TFTR.- A Neutron Camera for ITER: Conceptual Design.- Neutron Spectrometry for ITER.- Advanced Neutron Camera with Spectrometer Functions.- The MPR Neutron Spectrometer Project.- The MPR Neutron Diagnostic at JET — An ITER Prototype Study.- Detailed Ion Temperature Information from the Neutron Emission Spectrum.- Neutron Spectrometers for ITER.- Diamond Detector Based DT Neutron Spectrometer for ITER.- Ion Temperature Profile Measurements by Means of Neutron Spectroscopy.- Scintillating Fibre Neutron Spectrometer.- Neutron Image System to Measure Neutron Profile of ITER Plasma.- ITER Plasma Position and Power Determination from Neutron Measurements.- ITER Gamma Diagnostics: 2-D Neutron and Gamma Camera.- Alpha-Physics and Measurement Requirements for ITER.- Initial Operation of an ITER Compatible Lost Alpha Detector at JET.- ITER Alpha Particle Diagnostics Using Knock-on Ion Tails.- Charge-Exchange (C-X) Diagnostics of Fast Confined Alphas: Present Situation andProspects for ITER.- A Diagnostic He0 Beam for ITER and LHD.- Alpha Slowdown Measurement for ITER.- Collective Thomson Scattering Diagnostic of Confined Alpha Particle Distributions in ITER.- Review of Possibilities for a Collective Thomson Scattering System on ITER.- Divertor Diagnostics.- Divertor Diagnostics for JET.- Spectroscopy of Divertor Plasmas.- Bolometry for Divertor Characterization and Control.- Bolometer for ITER.- Neutral Gas Diagnostic for ITER.- Optical Surface Temperature Measurement.- Langmuir Probes and Optical Diagnostics for the ITER Divertor.- Laser Diagnostics of Hydrogen and Helium Atoms in a Divertor Region.- Thermal Helium Beam for Diagnostic of Electron Density and Temperature.- A Rad-Hard, Steady-State, Digital Imaging Bolometer System for ITER.- Diagnostics of Other Fusion Experiments.- Overview of W7-X Diagnostics.- Diagnostics for LHD.- The T-15 Fusion Products Study: Plans and Diagnostics.