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C000821
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Tuesday,
August 22, 2000
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TU101 | An Overview of the Spallation Neutron Source Project | Kustom | ||||||
TU102 | The KEK/JAERI Joint Project: Status of Design and Development | Hasegawa | ||||||
TU103 | RIA Project | Leemann | ||||||
TU201 | High Power Operations of LEDA | Young | ||||||
TU202 | Beam Halo in Proton Linac Beams | Wangler | ||||||
TU203 | Exotic Ion Beams, Targets and Sources | Lettry | ||||||
TU204 | Test Measurements with the REX-ISOLDE Linac Structures | Kester | ||||||
TU205 | PIAVE the Legnaro New Positive Ion Injector Based on Superconducting RFQs | Lombardi | ||||||
TU206 | A High Intensity H- Linac at CERN Based on LEP-2 Cavities | Vretenar | ||||||
TU301 | Accelerator Structures for Linear Colliders | Miller | ||||||
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TUA01 | Fabrication Process of Rounded Damped Detuned Structure | Funahashi | ||||||
TUA02 | Meeting Tight Frequency Requirement of Rounded Damped Detuned Structure | Higo | ||||||
TUA03 | Design, Fabrication and Measurement of the First Rounded Damped Detuned Accelerator Structure (RDDS1) | Wang | ||||||
TUA04 | Design of the JLC/NLC RDDS Structure Using Parallel Eigensolver Omega3P | Li | ||||||
TUA05 | Numerical Studies on Locally Damped Structures | Li | ||||||
TUA06 | Dipole Mode Detuning in the NLC Injector Linacs | Bane | ||||||
TUA07 | Fabrication and Tolerance Issues and Their Influence on Multibunch BBU and Emittance Dilution in the Construction of X-Band RDDS Linacs for the NLC | Jones | ||||||
TUA08 | Comparisons of Equivalent Circuit Predictions with Measurements for Short Stacks of RDDS1 Discs, and Their Potential Application to Improved Wakefield Prediction | Jones | ||||||
TUA09 | Local and Fundamental Mode Coupler Damping of the Transverse Wakefield in RDDS1 Linacs | Jones | ||||||
TUA10 | An Investigation of Optimized Frequency Distributions for Damping Wakefields in X-Band Linacs for the NLC | Jones | ||||||
TUA11 | General Relations for Mode Parameters of Compensated Structures in the Vicinity of Operating Point | Paramonov | ||||||
TUA12 | The Compensated Periodical Structure RF Deflector | Paramonov | ||||||
TUA13 | Rectangular Waveguide HOM Couplers for a TESLA Superstructure | Sobenin | ||||||
TUA14 | A Fast Switchyard for the TESLA FEL-Beam Using a Superconducting Transverse Mode Cavity | Wanzenberg | ||||||
TUA15 | Superconducting Superstructure for the TESLA Collider: New Results | Liepe | ||||||
TUA16 | Design of a 3 GHz Accelerator Structure for the CLIC Test Facility (CTF 3) Drive Beam | Jensen | ||||||
TUA17 | The CLIC Main Linac Accelerating Structure | Wuensch | ||||||
TUA18 | Higher Dipole Bands in the NLC Accelerating Structure | Dolgashev | ||||||
TUA20 | Microwave Quality Assurance for Single Cells of the Next Linear Collider | Miller | ||||||
TUA21 | Test of Accelerating Structure for VEPP-5 Preinjector | Pavlov | ||||||
TUA22 | High Power Model Fabrication of Biperiodic L-Support Disk-and-Washer Structure | Iwashita | ||||||
Return to top | TUB03 |
The DARHT-II Electron Injector |
Henestroza | |||||
TUB04 | Design and Construction of the 3.2- MeV Cathode Assembly for DARHT- II | Peters | ||||||
TUB05 | Design and Construction of the 3.2-MeV High Voltage Column for DARHT-II | Peters | ||||||
TUB06 | Electron Beam 3.5-MV, 2-kA Injector Diode Diagnostics for the DARHT Facility | Eylon | ||||||
TUB07 | Design and Performance of the DARHT Second Axis Induction Cells and Drivers | Waldron | ||||||
TUB08 | The DARHT Phase 2 Linac | Rutkowski | ||||||
TUB09 | RF Cell Modeling and Experiments for Wakefield Minimization in DARHT-II | Nelson | ||||||
TUB10 | Reconstruction of Initial Beam Conditions at the Exit of the DARHT-II Accelerator | Paul | ||||||
TUB11 | Effect of Backscattered Electrons on Electron Beam Focus | Falabella | ||||||
TUB12 | The Effect of Asymmetric Plasma Plumes on the Transport of High- Current Electron Beams | McCarrick | ||||||
TUB13 | Beam-Target Interaction Experiments For Bremsstrahlung Converters Applications | Sampayan | ||||||
TUB14 | Faraday Cup Measurements of Ions Backstreaming into an Electron Beam Impinging on a Plasma Plume | Houck | ||||||
TUB15 | The RTA Betatron-Node Experiment: Limiting Cumulative BBU Growth In A Linear Periodic System | Houck | ||||||
TUB16 | The Mechanical Design for the DARHT-II Downstream Beam Transport Line | Westenskow | ||||||
TUB17 | Particle Simulation of DARHT-II Downstream Transport | Poole | ||||||
TUB18 | Particle Simulations of a Long Pulse Electron Beam in a Bend | Poole | ||||||
TUB19 | Physics Design of the ETA-II/Snowtron Double Pulse Target Experiment | Chen | ||||||
TUB20 | Physics Design Considerations of Diagnostic X-Beam Transport System | Chen | ||||||
Return to top | TUC01 | RBF Neural Net-Based Classifier for the AIRIX Accelerator Fault Diagnosis | Ribes | |||||
TUC02 | First Results of the AIRIX Induction Accelerator | Mouillet | ||||||
TUC03 | Transport Optimization and Characterization of the 2kA AIRIX Electron Beam | Merle | ||||||
TUC05 | A New Linear Inductive Voltage Adder Driver for the Saturn Accelerator | Mazarakis | ||||||
TUC06 | Ion-Hose Instability in Long Pulse Induction Accelerators | Caporaso | ||||||
TUC07 | The Effect of an Underdense Plasma Density Gradient on the Backstreaming Ion Mechanism | Caporaso | ||||||
TUC08 |
Dipole Septum Magnet in the Fast Kicker System for Multi-Axis Advanced Radiography |
Wang | ||||||
TUC09 | Modeling of an Inductive Adder Kicker Pulser For DARHT-II | Wang | ||||||
TUC10 | Inductive Adder Kicker Modulator for DARHT-II | Cook | ||||||
TUC11 | Beam-Based Feedback Testing and Simulations for the SLC Linac | Hendrickson | ||||||
TUC12 | RF Control Requirements for the CEBAF Energy Upgrade Cavities | Hovater | ||||||
TUC13 | SNS Superconducting Cavity Modeling: Iterative Learning Control | Kwon | ||||||
TUC14 | Automated Operation of the APS Linac using the Procedure Execution Manager | Pasky | ||||||
TUC15 | Control System for the LEDA 7-MeV Proton Beam Halo Experiment | Pieck | ||||||
TUC16 | Analysis and Synthesis of the SNS Superconducting RF Control System | Wang | ||||||
TUC17 | Design of the SNS Normalconducting Linac RF Control System | Rohlev | ||||||
TUC18 | RF Control System for the NLC Linacs | Corredoura | ||||||
TUC19 | Frequency Response Measurements of LEDA RF Control System | Rohlev | ||||||
Return to top | TUD01 |
A 3.0-MeV KOMAC/KTF RFQ Linac |
Han | |||||
TUD02 | RF-Test of a 324-MHz, 3-MeV, H- RFQ Stabilized with PISLs | Ueno | ||||||
TUD03 | Design of the ESS RFQs and Chopping Line | Ferdinand | ||||||
TUD04 | Status Report on the 5-MeV IPHI RFQ | Ferdinand | ||||||
TUD05 | RFQD: A 'Decelerating' Radiofrequency Quadrupole for the CERN Antiproton Facility | Pirkl | ||||||
TUD06 | Overview of the APT Accelerator Design | Tooker | ||||||
TUD07 | The Construction of the Low-Energy Front 60-MeV Linac for the JAERI/KEK Joint Project | Yamazaki | ||||||
TUD08 | Development of the 50-MeV DTL for the JAERI/KEK Joint Project | Naito | ||||||
TUD09 | Development of Superconducting Linac for the KEK/JAERI Joint Project | Mizumoto | ||||||
TUD10 | Development of a DTL Quadrupole Magnet with a New Electroformed Hollow Coil for the JAERI/KEK Joint Project | Yoshino | ||||||
TUD11 | High Power Proton Linacs for Different Applications | Murin | ||||||
TUD12 | Beam Emittance Measurements for the Low-Energy Demonstration Accelerator Radiofrequency Quadrupole | Schulze | ||||||
TUD13 | LEDA: A High-Power Test Bed of Innovation and Opportunity | Schneider | ||||||
TUD14 | Status Report on the Low-Energy Demonstration Accelerator (LEDA) | Smith | ||||||
TUD15 | LEDA Beam Operations Milestone and Observed Beam Transmission Characteristics | Rybarcyk | ||||||
TUD16 | High Current Proton Tests of the Fermilab Linac | Popovic | ||||||
TUD17 | Tests of the CERN Proton Linac Performance for LHC-Type Beams | Scrivens | ||||||
TUD18 | A Superconducting Linac Injector for the BNL AGS | Ruggiero | ||||||
TUD19 | A Superconducting Linac Driver for the HFBR | Ruggiero | ||||||
TUD20 |
Reliability History and Improvements to the ANL 50 MeV H- Accelerator |
Donley | ||||||
TUD21 | Development of the Low- Energy Accelerator for KOMAC | Choi | ||||||
TUD22 | Superconducting Linac for the SNS | Stovall | ||||||
Return to top | TUE01 |
RF Processing of X-Band Accelerator Structures at the NLCTA |
Adolphsen | |||||
TUE03 | Acoustic Measurement of RF Breakdown in High-Gradient RF Structures | Frisch | ||||||
TUE04 | Applications of Time Domain Simulation to Coupler Design for Periodic Structures | Kroll |
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TUE05 | A Plasma Model for RF Breakdown in Accelerator Structures | Wilson | ||||||
TUE06 | Pulsed Neutron Source using 100-MeV Electron Linac at Pohang Accelerator Laboratory | Namkung | ||||||
TUE07 | Stretcher Operation of the 100-MeV Disc-Load Electron Linac at ICR, Kyoto University | Noda | ||||||
TUE08 | Status of the SPring-8 Linac | Yanagida | ||||||
TUE09 | Towards Reliable Acceleration of High-Energy and High-Intensity Electron Beams | Furukawa | ||||||
TUE10 | Beam Switching and Beam Feedback Systems at KEKB Linac | Furukawa | ||||||
TUE11 | Linac LUE200: First Testing Results | Soumbaev | ||||||
TUE12 | NPK LUTS Project of Contraband Detection System | Svistunov | ||||||
TUE13 | Experiments on Material Recognition for 8-MeV Customs Inspection System for Trucks and Large-Scale Containers | Vorogushin | ||||||
TUE14 | Critical Analysis of Industrial Electron Linacs | Korenev | ||||||
TUE15 | Commissioning of the 100-MeV Swiss Light Source Injector Linac | Piel | ||||||
TUE16 | Concept of Staged Approach for International Fusion Materials Irradiation Facility | Sugimoto | ||||||
Return to top | TUE17 | Status of the HIMAC Injector | Sato | |||||
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