Program - Wednesday

30th Oct.





W1: Accelerating Cavity (1) 
                      Chair: M.Leitner(LBNL)             

 9:00-9:35    Present Status of Nanocrystalline Alloy (Finemet) Development
                                K.Ogura (Hitachi Metal) 

9:35-10:10    Core Alloy Evaluation for HIF Induction Accelerators
                                W. Waldron (VNL)

10:10-10:45    Review of MA Cavity                                    
                                C.Ohmori (KEK)



10:45-11:05  Coffee Break

W2: Accelerating Cavity (2) Chair: J.Kishiro (KEK) 11:05-11:25 High Rep-rate Induction Cavity K.Torikai (KEK) 11:25-11:50 Magnetic Core Studies and Beam Loading Effects for Repetitive Induction Modulator M.Watanabe (RIKEN) 11:50-12:25 Erectrical Insulation in Vacuum Y.Saito (KEK) 12:25-13:40 Lunch

W3: Switching Devices and Modulators (1) Chair: E.Hotta (TIT) 13:40-14:15 Semiconductor Power MOS Device: Present and Futuer I.Oomura (Toshiba) 14:15-14:50 Present Status of SI Thyristor Development N.Shimizu (NGK) 14:50-15:25 Development of SiC Power MOSFETs with Low On-resitance K.Fukuda (AIST) 15:25-16:00 Modulator R&D at LBNL W.Waldron (VNL) 16:00-16:35 Solid-State Modulator R&D at LLNL E.G.Cook (LLNL) 16:35-16:55 Coffee and Snack

W4: Switching Devices and Modulators (2) Chair: W.Waldron (VNL) 16:55-17:25 Modulator R&D at KEK K.Koseki (KEK) 17:25-17:55 Solid-state Modulator for Klystron M.Akemoto (KEK) 17:55-18:25 Pulsed Power Supply for the Kicker Magnet with SI-Thyristors H.Sato (KEK) 18:25-19:00 Amplitude Control of Solid-state Modulators for Precision Fast Kicker Applications J.A.Watson (LLNL)

10/30 Wednesday Afternoon

Poster & Exhibition 14:00-19:00 Core Material Hitachi Metal Switching Elements NGK Development of Superconducting Magnets for Heavy-Ion Fusion M.Leitner (LBNL) Pulsed Power System of Linear Induction Accelerator for FNAL Neutrino Factory A.I.Sidorov (JINR) Application, Comparative Study and Beam Physics Issues in Recirculating Beam Buncher with Quasi-equilibrium Compression T.Kikuchi (TIT)



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