eConf:
C000821
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Thursday,
August 24, 2000
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TH101 | Highlights of AAC 2000 Workshop | Rosenzweig | ||||||
TH102 | Acceleration for the Muon Storage Ring Neutrino Source | Neuffer | ||||||
TH103 | Overview of SASE Experiments | Castro | ||||||
TH201 | All-Optical Accelerator Experiments at LBNL | Leemans | ||||||
TH202 | E-157: A Plasma Wakefield Acceleration Experiment | Muggli | ||||||
TH203 | Simulation of the Ionization Cooling of Muons in Linear RF Systems | Penn | ||||||
TH204 | The Jefferson Lab 1-kW IR FEL | Douglas | ||||||
TH205 | Measuring and Controlling the Energy Spread in CEBAF | Krafft | ||||||
TH206 | Coherent Synchrotron Radiation Measurements in the CLIC Test Facility (CFT2) | Corsini | ||||||
TH301 | RAFEL | Nguyen | ||||||
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THA02 | High Power Testing Results of the X-Band Mixed-Mode RF Windows for Linear Colliders | Tokumoto | ||||||
THA03 | The Next Linear Collider Klystron Development Program | Jongewaard | ||||||
THA04 | Development of RF Reference Line for the Linear Collider | Naito | ||||||
THA05 | The RF Phase Distribution and Timing System for the NLC | Frisch | ||||||
THA06 | 2-D Simulation of High-Efficiency Cross-Field RF Power Sources | Dolgashev | ||||||
THA07 | Development of High Power X-Band Semiconductor RF Switch for Pulse Compression Systems of Future Linear Colliders | Tamura | ||||||
THA08 | A Planar, Rectangular Waveguide Launcher and Extractor for a Dual-Moded RF Power Distribution System | Nantista | ||||||
THA09 | An Alternate Dual-Moded DLDS Utilizing the TE01 and TE02 Modes | Nantista | ||||||
THA11 | Energy stabilization of 1.5-GeV S-Band Linac | Kuriki | ||||||
THA12 | Development of a Smart Modulator and Efficiency Evaluation of 500- GeV e+e- C-Band Linear Collider | Oh | ||||||
THA13 | Solid State Induction Modulator Replacement for the Conventional SLAC 5045 Klystrons Modulator | Cassel | ||||||
THA14 | Improvement of Waveform Efficiency Using a Compensation Circuit | Akemoto | ||||||
THA15 | Analyses of Klystron Modulator Approaches for NLC | Krasnykh | ||||||
THA16 | SLAC Parallel Tracking Code Development and Applications | McCandless | ||||||
THA18 | Results of an RF Pulsed Heating Experiment at SLAC | Pritzkau | ||||||
THA19 | A New Configuration for Two-Beam Linear Colliders | Ruth | ||||||
THA20 | Design for a One-Gigawatt, Annular-Beam Klystron | Fazio | ||||||
Return to top | THB01 | A 'Hybrid'-Type System for an Achromatic Focusing of Ions | Nesterovich | |||||
THB02 | Funneling with the Two-Beam RFQ | Zimmermann | ||||||
THB03 | High Current Beam Dynamics in an ESS Superconducting Linac | Pabst | ||||||
THB04 | Study of Nonlinearities and Small Particle Losses in High-Power Linac | Yaramishev | ||||||
THB05 | Influence of Space Charge Fluctuations on Low Energy Beam Transport of High Current Ion Beams | Pozimski | ||||||
THB06 | Beam Dynamics Studies for a High-Current Ion Injector | Deitinghoff | ||||||
THB07 | The Beam Halo Experiment at LEDA | Colestock | ||||||
THB08 | Determining Phase-Space Properties of the LEDA RFQ Output Beam | Lysenko | ||||||
THB09 | Beam Energy Stabilization of the KEK 40-MeV Proton Linac | Igarashi | ||||||
THB10 | Energy Stability in a High Intensity Pulsed SC Proton Linac | Mosnier | ||||||
THB11 |
RFQ Parameter Choice by Multiparameter Optimization |
Durkin | ||||||
THB12 | Multipactoring Code for 3-D Accelerating Structures | Kravchuk | ||||||
THB13 | Using Trace 3-D in the Particle Beam Optics Laboratory (PBO Lab) | Hill | ||||||
THB14 | CCT: A Code to Automate the Design of Coupled Cavities | Smith | ||||||
THB15 | New Tasks and New Codes for RFQ Beam Simulation | Bondarev | ||||||
THB16 | Design and Performance Simulations of the Bunch Compressor for the APS LEUTL FEL | Borland | ||||||
THB18 | Beam Dynamics On-Line Simulation | Krassilnikov | ||||||
THB19 | TOUTATIS, the CEA/Saclay RFQ Code | Ferdinand | ||||||
THB20 | Improvement in 3-D Computation of RF-Losses in Resonant Cavities | Balleyguier | ||||||
THB21 | The Method for the Fields Distribution Description in Periodical Structures | Paramonov | ||||||
THB22 | Observation of a H- Beam Ion Instability | Popovic | ||||||
Return to top | THC01 | Wakefield Effects in the Advanced Photon Source Linac | Lessner | |||||
THC02 | The JAERI Superconducting Linac-Based FEL | Shizuma | ||||||
THC03 | Driver Accelerator Design for the 10-kW Upgrade of the Jefferson Lab IR FEL | Douglas | ||||||
THC04 | Specifying HOM-Power Extraction Efficiency in High-Average Current, Short-Bunch Length SRF Environment | Merminga | ||||||
THC05 | A Highly Flexible Bunch Compressor for the APS LEUTL FEL | Borland | ||||||
THC06 | 2- GeV Superconducting Muon Linac | Popovic | ||||||
THC07 | The FEL Driven Two-Beam Accelerator Studies at CESTA | Rullier | ||||||
THC08 | Recent Results from the FEL Driven Two-Beam Accelerator Project at CESTA | Rullier | ||||||
THC09 | Analysis of Longitudinal Bunching in an FEL Driven Two-Beam Accelerator | Rullier | ||||||
THC10 | RF System Upgrades to the Advanced Photon Source Linear Accelerator in Support of the FEL Operation | Smith | ||||||
THC11 | SLAC Linac RF Performance for LCLS | Akre | ||||||
THC13 | Results on Plasma Focusing of High Energy Density Electron and Positron Beams | Ng | ||||||
THC14 | Collective Acceleration of Ions by Means of Plasmoids in RF Wells of Frequency-Modulated Laser Field | Vinogradov | ||||||
THC16 | A 15-MeV Linear Electron Accelerator-Based Source of Tunable Monochromatic Hard X-Rays | Mondelaers | ||||||
THC17 | Phase Rotation, Cooling and Acceleration of Muon Beams: A Comparison of Different Approaches | Lombardi | ||||||
THC18 | RF Cavities for the Muon and Neutrino Factory Collaboration Study | Moretti | ||||||
THC19 | High-Brightness Beams from a Light Source Injector: The Advanced Photon Source Low-Energy Undulator Test Line Linac | Travish | ||||||
Return to top | THD02 | TRASCO RFQ | Pisent | |||||
THD03 | Main Steps for the Fabrication of IPHI RFQ | Painchault | ||||||
THD04 | Analysis of Thermally Induced Frequency Shift for the Spallation Neutron Source RFQ | Virostek | ||||||
THD05 | Fabrication and Testing of the First Module of the SNS RFQ | Ratti | ||||||
THD06 | Industrial Fabrication of Medium-Beta SCRF Cavities for a High-Intensity Proton Linac | Kuzminski | ||||||
THD07 | Structural Analysis of Superconducting Accelerator Cavities | Schrage | ||||||
THD08 | Superconducting Accelerating Structures for a Multibeam Driver Linac for RIA | Shepard | ||||||
THD09 | Efficient Design Scheme of Superconducting Cavity | Kim | ||||||
THD10 | Superconducting H-Mode Structures for Medium Energy Beams | Eichhorn | ||||||
THD11 | A Superconductive, Low Beta Single Gap Cavity for a High Intensity Proton Linac | Facco | ||||||
THD12 | Meander-Line Current Structure Development for SNS Fast Chopper | Kurennoy | ||||||
THD13 | Status of the RFD Linac Structure Development | Swenson | ||||||
THD14 | Development of Rebunching Cavities at IAP | Kuhnel | ||||||
THD15 | Design of 11.8 MHz Buncher for ISAC at TRIUMF | Mitra | ||||||
THD16 | High-Power Testing of the APT Power Coupler | Chan | ||||||
THD17 | Status of Superconducting RF Linac Development for APT | Chan | ||||||
THD18 | Studies of Coupled Cavity Linac (CCL) Accelerating Structures with 3-D Codes | Spalek | ||||||
THD19 | Bridge Coupler for APT | Spalek | ||||||
THD20 | The Use of Dispersion-Strengthened Copper in Accelerator Designs | Valdiviez | ||||||
THD21 | Applications of Superconducting RFQ Linear Accelerators | Pisent | ||||||
THD22 | The IH-7-Gap resonators of the Munich Accelerator for Fission Fragments (MAFF) Linac | Schempp | ||||||
Return to top | THE01 | The Spallation Neutron Source (SNS) Linac RF System | Lynch | |||||
THE02 | The RF source of the 60-MeV Linac for the KEK/JAERI Joint Project | Fukuda | ||||||
THE03 | Simulation of Returning Electrons from a Klystron Collector | Fang | ||||||
THE04 | Lifetime Testing 700-MHz RF Windows for the Accelerator Production of Tritium Program | Cummings | ||||||
THE05 | The RF-System of the new GSI High Current Linac HSI | Hutter | ||||||
THE06 | High-power Circulator Test Results at 350 MHz and 700 MHz | Roybal | ||||||
THE07 | Testing and Implementation Progress on the Advanced Photon Source (APS) Linear Accelerator (Linac) High-Power S-Band Switching System | Grelick | ||||||
THE08 | RF, Thermal, and Structural Analysis of a High-Power CW RF Window | Schultheiss | ||||||
THE09 | Development of High Power CW RF Windows | Cole | ||||||
THE10 | 3-D Design of the IPHI RFQ Cavity | Balleyguier | ||||||
THE11 |
Progress on the 140-kV 10-Megawatt Peak, 1-Megawatt Average Polyphase Quasiresonant Bridge, Boost Converter/Modulator for the Spallation Neutron Source (SNS) Klystron Power System |
Reass | ||||||
THE12 | Collector Failures on 350-MHz, 1.2-MW CW Klystrons at the Low-Energy Demonstration Accelerator (LEDA) | Rees | ||||||
THE13 | A Chopped Electron Beam Driver for H- Type Cavities | Setzer | ||||||
THE15 | Continued Monitoring of the Conditioning of the Fermilab Linac 805-MHz Cavities | McCrory | ||||||
THE17 | A Compact Waveguide-Type Cavity Input Coupler for Shielding a Ceramic Window and Balanced Aperture Fields | Kang | ||||||
THE18 | Investigation of Twisted Waveguides as Slow Wave Structures | Kang | ||||||
THE19 | Fast RF Ferrite Phase Shifter for High-Power Applications | Kang | ||||||
Return to top | THE20 | Advanced Copper Lining for Accelerator Components | Ino | |||||
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