Fusion Programme - ENEA - Fusione

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This report was prepared by the Scientific Publications Office from contributions provided by the scientific and technicalstaff of ENEA’s Nuclear Fusion and Fission, and Related Technologies Department.Scientific editors: Paola Batistoni, Adriana Romagnoli, Massimo Sepielli, Gregorio VladDesign and composition: Marisa Cecchini, Lucilla CrescentiniArtwork: Flavio MigliettaCover: Marisa CecchiniEnglish revision: Carolyn KentSee http://www.fusione.enea.it for copy of this reportCover picture: ENEA Pyrel II facility: particular (top). Apparatus for testing membranes andmembrane reactors (middle). Axonometric view of FAST cool assembly (bottom)Published by:ENEA - Nucleo di AgenziaEdizioni Scientifiche,Centro Ricerche Frascati, Tel.: +39(06)9400 5016C.P. 65 Fax: +39(06)9400 501500044 Frascati Rome (Italy) e-mail: cecchini@frascati.enea.it
ContentsPART I - FUSION PROGRAMME 71. MAGNETIC CONFINEMENT 81.1 Introduction 81.2 FTU Facility 91.3 FTU Experimental Results 121.4 Plasma Theory 191.5 JET Collaboration 252. FUSION ADVANCED STUDIES TORUS 342.1 Introduction 342.2 Physics 342.3 Design Description 373. TECHNOLOGY PROGRAMME 403.1 Introduction 403.2 Divertor, First Wall, Vacuum Vessel and Shield 403.3 Breeder Blanket and Fuel Cycle 463.4 Magnet and Power Supply 523.5 Remote Handling and Metrology 553.6 Neutronics 573.7 Materials 633.8 International Fusion Irradiation Materials Facility 643.9 Safety and Environment, Power Plant Conceptual Studiesand Socioeconomics 684. SUPERCONDUCTIVY 764.1 Introduction 764.2 ITER-Related Activities 764.3 Superconducting Joints 814.4 JT-60SA 814.5 Conductor Manufacture 834.6 ENEA Frascati Test Facility 834.7 Characterisation of Superconducting Materials 844.8 High-Temperature Superconducting Materials 865. INERTIAL FUSION 945.1 Outline and Overview 945.2 FIGEX 945.3 HiPER Activities 986. COMMUNICATION AND RELATIONS WITH INDUSTRY 1006.1 ITER and Industry 1006.2 Public Events 1017. PUBLICATIONS AND EVENTS - FUSION PROGRAMME 1027.1 Publications 1027.2 Workshops and Seminars 111Progress Report
Page 1: PROGRESS REPORT2007Nuclear Fusion a
Page 5 and 6: 2007PART IV - MISCELLANEOUS 18314.
Page 7: 2007analyses of the missions to be
Page 10 and 11: Fusion Programme2007 Progress Repor
Page 12 and 13: Fusion ProgrammeTable 1.I - Summary
Page 14 and 15: Fusion ProgrammeFollowing a Europea
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Page 20 and 21: Fusion Programmewas not affected by
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250Fusion Programmeflow-rate in the
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Fusion ProgrammeThe aim of the work
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Fusion ProgrammeFig. 3.21 - X-ray s
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Fusion ProgrammeRange (mm)593583573
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Fusion ProgrammeZ (m)6420-2-4-6sour
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Fusion Programmea) b)c)Fig. 3.31 -
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Fusion Programmeactivation. Eight r
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Fusion Programme1×10 -6Tensile cre
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Fusion ProgrammeAcc V Spot Magn Det
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Fusion Programmelubricants cannot b
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Fusion ProgrammeTritium roomTritium
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Fusion ProgrammeImplications for PS
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Fusion ProgrammeThe development and
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Fusion ProgrammeIntroductionDuring
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Fusion Programme19.5Section view B-
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Fusion Programmeresults and particu
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Fusion ProgrammeFollowing the exten
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Fusion Programme4.7 Characterisatio
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Fusion ProgrammeMagnetic moment (em
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Fusion ProgrammeCeO 2YSZCeO 2YBCOMa
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Fusion Programme0 1 10 0 1 100 1 10
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Fusion ProgrammeLoad (mN)0.80.60.40
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Fusion Programme5.1 Outline and Ove
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Fusion Programme(λ D /Δ 0 ) 2Δ 0
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5. Inertial Fusion2007 Progress Rep
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6. Communication and Relationswith
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7. Publications and Events - Fusion
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Fission Technology8.1 Advanced and
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Fission TechnologyAcceleration m/s
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Fission Technology232.73 mm (17 pin
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Fission TechnologyThe Very High Tem
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Fission Technology500Thermocouple t
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Fission Technology0.16 mm 0.16 mm0.
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Fission Technology-4800-85000.00SGU
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Fission Technologythrough calculati
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Fission Technology1.23 e+001.17 e+0
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Fission TechnologyPressure (bar)642
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Fission TechnologyFig. 8.37 - Creep
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Fission TechnologyENEA organised th
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Fission TechnologyTemperature600400
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Fission TechnologyZ(m)1.00.80.60.40
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Fission Technologythat a system is
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Fission TechnologyMaxwellian-averag
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Fission TechnologyBOT3P has large w
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Fission Technology9.1 Boron Neutron
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Fission TechnologyIn collaboration
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Fission Technologyvolume. Thus the
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Fission TechnologyFig. 9.9 - Logger
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Fission TechnologyIn relation to EN
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Fission TechnologyArticles11.1 Publ
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Fission TechnologyArticles incourse
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Fission TechnologyF. ROELOFS, B. DE
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Fission TechnologyE. BERTHOUMIEUX e
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Fission TechnologyInternal reportsR
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Fission TechnologyRTI FPN-P815-008
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PART IIINUCLEAR PROTECTION171
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12. Radioactive Waste Management an
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13. Publications - Nuclear Protecti
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Miscellaneous14.1 Advances in the I
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Miscellaneoususing a full wave code
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MiscellaneousAt present the effect
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MiscellaneousSuperAGILE view of the
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Abbreviations and AcronymsAacACPADS
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Abbreviations and AcronymsEFITEHRSE
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Abbreviations and AcronymsITERITGIT
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Abbreviations and AcronymsPFWPGAPHY
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Abbreviations and AcronymsVVDEVELLA
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