All Stories

  1. Latest experimental and theoretical advances in the production of negative ions in caesium-free plasmas
  2. On the road to ITER NBIs: SPIDER improvement after first operation and MITICA construction progress
  3. Progress in the ITER neutral beam test facility
  4. NBImag: A Useful Tool in the Design of Magnetic Systems for the ITER Neutral Beam Injectors
  5. Feasibility study of a flux-gate magnetic field sensor suitable for ITER neutral beam injectors
  6. Interaction between Molten Alloys and Electro-Magnetic Fields: Levitation and Cold Crucible
  7. Two key improvements to enhance the thermo-mechanic performances of accelerator grids for neutral beam injectors
  8. Off-normal and failure condition analysis of the MITICA negative-ion accelerator
  9. Multi-beamlet investigation of the deflection compensation methods of SPIDER beamlets
  10. The Full-Size Source and Injector Prototypes for ITER Neutral Beams
  11. Improvements of the magnetic field design for SPIDER and MITICA negative ion beam sources
  12. Electrostatic steering and beamlet aiming in large neutral beam injectors
  13. Magnetic Field Effect on Voltage Holding in the MITICA Electrostatic Accelerator
  14. Compensation of Beamlet Deflections and Focusing Methods in the Electrostatic Accelerator of MITICA Neutral Beam Injector
  15. Modeling of Beam Transport, Secondary Emission and Interactions With Beam-Line Components in the ITER Neutral Beam Injector
  16. Manufacturing and Testing of Grid Prototypes for the ITER Neutral Beam Injectors
  17. R&D on ITER in-vessel magnetic sensors
  18. Effect of magnetic field on voltage holding in the MITICA electrostatic accelerator
  19. Optimization of beam optics and strategies for focusing the multi-beamlet accelerator of the MITICA injector
  20. Beam transport and interactions with beam-line components in MITICA injector
  21. Construction and testing of grid prototypes for the ITER neutral beam injectors
  22. Flexible magnetic design of the MITICA plasma source and accelerator
  23. Benchmark of the SLACCAD code against data from the MANITU testbed at IPP
  24. Status of physics design of the HNB accelerator for ITER
  25. Status of PRIMA, the test facility for ITER neutral beam injectors
  26. Detail design of the electron dump for the SPIDER beam source
  27. Physics and engineering design of the accelerator and electron dump for SPIDER
  28. Experimental Mapping and Benchmarking of Magnetic Field Codes on the LHD Ion Accelerator
  29. Sensitivity Analysis of the Off-Normal Conditions of the SPIDER Accelerator
  30. Physics and engineering studies on the MITICA accelerator: comparison among possible design solutions
  31. Modeling activities on the negative-ion-based Neutral Beam Injectors of the Large Helical Device
  32. Design proposal of a connection system for ITER in-vessel magnetic sensors
  33. Technology developments for ITER in-vessel equilibrium magnetic sensors
  34. Development of a reconstruction procedure for the halo current distribution
  35. Development and Testing of in-Vessel Equilibrium Pick-up Coils for ITER
  36. Design developments for the ITER in-vessel equilibrium pick-up coils and halo current sensors
  37. Assessment of new ex-vessel magnetic measurements in JET
  38. The design of 192 saddle coils for RFX
  39. Evaluation of electrodynamic forces on the passive components of the new RFX load assembly
  40. A fast code using nonmagnetic measurements for RFX current and magnetic field profile reconstruction
  41. Electromagnetic analyses for the dynamic control of RFX equilibrium with a new shell
  42. Development of preionisation systems for RFX
  43. Integration of magnetic and nonmagnetic measurements for current profile reconstruction in RFX
  44. Method for the identification of the field configuration in presence of the localized perturbation observed in RFP toroidal plasma devices
  45. Eddy Currents in the RFX Shell after short-circuiting one poloidal and one equatorial Gap
  46. Feasibility analysis of an active local field control at the poloidal gap of RFX
  47. Synthesis of the equilibrium induction field with specified stability properties in a toroidal device
  48. Plasma contour identification using multipole series expansion
  49. Validation of a plasma contour identification code
  50. Calibration and operation of the magnetic measurements of RFX
  51. The RFX magnet system
  52. Methods of magnetic measurements in the RFX fusion experiment
  53. Identification of the plasma contour in a RFP configuration
  54. Design, construction and operation of the Fast Protection System of the windings of RFX
  55. Investigation on transient overvoltages in a large winding for a fusion device during insulation tests
  56. Feasibility studies on X-point magnetic configurations for RFX fusion experiment
  57. THE FAULT DETECTION SYSTEM OF THE WINDINGS OF RFX
  58. Automated optimal design techniques for inverse electromagnetic problems
  59. INTERNAL BEHAVIOUR OF LARGE COILS SUBJECT TO TRANSIENT VOLTAGE
  60. Analysis of the Breakdown of a Poloidal Field Coil of RFX During Acceptance Tests
  61. Design Development and Construction of the RFX Field Shaping Winding
  62. An integral formulation for eddy current analyses in axisymmetric configurations
  63. Current diffusion in the RFX magnetizing winding
  64. Transient behaviour of thick-walled axisymmetric windings: a lumped parameters approach
  65. FIELD ERRORS IN THE RFX MAGNETIC FIELD CONFIGURATION
  66. Feasibility studies on x-point magnetic configurations for RFX fusion experiment
  67. Identification of RFX plasma shape from the electromagnetic probe signals
  68. Earth faults during RFX initial operations
  69. Design and realization of the first X-point experiments on the RFX machine
  70. Design of the local control coils at the equatorial gap of the RFX machine
  71. Computation and experimental validation of the transfer functions of the local control coil system in RFX
  72. Methods for field error analysis in the magnetic configuration of RFX