Advanced Diagnostics for Magnetic and Inertial Fusion

Fusion Experiments and Related Diagnostic Needs. 1. Requirements and Issues in Diagnostics for Next Step Burning Plasma Experiments; A.E. Costley. 2. Introduction To Diagnostics Requirements for ICF; D. Juraszek. 3. Core Performance and Mix in Direct-Drive Spherical Implosions on Omega; C. Stoeckl, et al. 4. Laser-Plasma Interaction Diagnostics for ICF Fusion Research; W. Seka, et al. 5. Requirements for Diagnostic in Controlling Advanced Tokamak Modes; Y. Kusama. 6. Diagnostic Need for Divertor and Edge Physics; A.W. Leonard. 7. Iter Magnetics: Key Design Issues; G. Vayakis, et al. 8. Diagnostics for Energetic Charged Particles Related to Fast Ignitor Experiments; Y. Kitagawa, et al. 9. Alpha-Particle Measurements Needed for Burning Plasma Experiments; K.M. Young. 10. Diagnostics Based on Helium Neutral Beams In Iter; M.G. O'Mullane, et al. 11. Advanced Concept in Fast Ignition and the Relevant Diagnostics; H. Habara, et al. 12. Recent Experience and Future Plans for Jet Diagnostics; J. Sanchez, et al. 13. Strategy of the Tore Supra Diagnostic Set for Steady-State High Power Operation; C. Laviron. Neutron and Particle Diagnostics. 14. Imaging of Plasmas Using Proton Beams Generated by Ultra-Intense Laser Pulses; M. Borghesi, et al. 15. Nuclear Diagnostics of ICF; N. Izumi, et al. 16. Neutron Emission Spectroscopy for Magnetic Confinement Experiments; J. Källne. 17. Projected Neutron Emission Spectroscopy Diagnosis of Jet DeuteriumPlasmas; G. Gorini, et al. 18. Proposed Magnetic Proton Neutron Spectrometer Upgrade (MPRu); G. Ericsson, et al. 19. The 2.5-MeV Neutron Time of Flight Spectrometer for Optimized Count Rate (TOFOR); A. Hjalmarsson, et al. 20. Measurement of High Energy Proton Temperature in LHD; M. Sasao, et al. 21. Escaping Energetic Ion Measurement on Large Scale Magnetic Fusion Devices; T. Saida, et al. 22. Fast Ion Diagnostic For the W7-X Stellarator; A. Werner, et al. 23. Gamma-Rays: Measurements and Analysis at Jet; V.G. Kiptily, et al. 24. Spatial Distribution Measurements of High Energy Particles Using Time-Of-Flight Neutral Particle Energy Analyzer in Large Helical Device; T. Ozaki, et al. 25. A New Diagnostic to Achieve Neutron Spectroscopy in a High Gamma Background in ICF Experiments; M. Houry, et al. 26. Natural Diamond Detector Based Spectrometer for Magnetic and Inertial Confinement Fusion; A.V. Krasilnikov, et al. 27. Laser Fusion Fuel Ion Temperature Diagnostics; J. Chen, et al. Optical and X-Ray Diagnostics. 28. X-Ray Imaging System With Continuous Time Resolution; Y. Aglitskiy, et al. 29. Rayleigh Taylor and Laser Imprinting Diagnostics; H. Azechi, et al. 30. Plasma Diagnostics in Interaction of Powerful Laser Pulses with Inhomogeneous Low Density Media; A.E. Burgrov, et al. 31. Laser and X-Ray Irradiation Diagnostics that Have Paved the Path to Significant Improved ICF Target Performance; R.L. Keck, et al. 32. Absorption and Fluorescence Spectroscopy as a Diagnostic of Laser Driven Experiments; D.J. Hoarty,