eConf:
C000821
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Conf
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Monday,
August 21, 2000
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MO102 | SLC Final Performance and Lessons | Phinney | ||||||||||||
MO201 | CLIC: A Two-Beam Multi-Tev e+- Linear Collider | Delahaye | ||||||||||||
MO202 | TESLA Linear Collider Design and R&D Status | Brinkmann | ||||||||||||
MO203 | Progress in the Next Linear Collider Design | Raubenheimer | ||||||||||||
MO204 | JLC Progress | Toge | ||||||||||||
MO301 | New Developments in Linear Colliders Final Focus Systems | Raimondi | ||||||||||||
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MOA01 | Theory and Suppression of Multibunch Beam Breakup in Linear Colliders | Bohn | ||||||||||||
MOA02 | Simulations of an Intra-Pulse Interaction Point Feedback for Future Linear Colliders | Schulte | ||||||||||||
MOA03 | Beam Dynamics Simulation for the CTF3 Drive Beam Accelerator | Schulte | ||||||||||||
MOA04 | Beam Loading Compensation in the Main Linac of CLIC | Schulte | ||||||||||||
MOA05 | A Low Charge Demonstration of Electron Pulse Compression for the CLIC RF Power Source | Corsini | ||||||||||||
MOA06 | Single Pulse Damage in Copper | Ross | ||||||||||||
MOA07 | Quadrupole Centering and Beam Steering in the Next Linear Collider Main Linacs | Tenenbaum | ||||||||||||
MOA08 | Studies of Beam Optics and Scattering in the Next Linear Collider Post-Linac Collimation System | Tenenbaum | ||||||||||||
MOA09 | Direct Measurement of Geometric Wakefields from Tapered Rectangular Collimators | Tenenbaum | ||||||||||||
MOA10 | Advanced Collimator Systems for the NLC | Frisch | ||||||||||||
MOA11 | Investigations of Slow Motions of the SLAC Linac Tunnel | Seryi | ||||||||||||
MOA12 | Ground Motion Studies and Modeling for the Interaction Region of a Linear Collider | Seryi | ||||||||||||
MOA13 | Ground Motion Model of the SLAC Site | Seryi | ||||||||||||
MOA14 | Simulation Studies of the NLC with Improved Ground Motion Models | Seryi | ||||||||||||
MOA15 | Beam-Based Feedback Simulations for the NLC Linac | Hendrickson | ||||||||||||
MOA16 | Double Kicker System in ATF | Imai | ||||||||||||
MOA17 | Estimates of Dispersive Effects in a Bent NLC Main Linac | Syphers | ||||||||||||
MOA18 | CDS Structure for the Normal Conducting Accelerating Cavities in TESLA Linear Collider | Paramonov | ||||||||||||
MOA19 | Large-Scale Simulation of Beam Dynamics in High Intensity Ion Linacs using Parallel Supercomputers | Ryne | ||||||||||||
MOA20 | A Second Order Stochastic Leap-Frog Algorithm for Langevin Simulation | Qiang | ||||||||||||
MOA21 | Impedance of a Beam Tube with Small Corrugations | Bane | ||||||||||||
Return to top | MOB01 | Design Studies for a High Current Bunching System for CLIC Test Facility (CTF3) Drive Beam | LeDuff | |||||||||||
MOB02 | An Injector for the CLIC Test Facility (CTF3) | Rinolfi | ||||||||||||
MOB05 | Development of the Electron Gun for the JNC High Power Linac | Yamazaki | ||||||||||||
MOB06 | Emittance Measurements at the A0 Photoinjector | Carneiro | ||||||||||||
MOB07 | The FaBrE Project at Trieste | D'Auria | ||||||||||||
MOB08 | Production and Studies of Photocathodes for High Intensity Electron Beams | Trautner | ||||||||||||
MOB09 | The SPEAR Injector RF Gun and Linac Performance | Park | ||||||||||||
MOB11 | Development of a Novel Superconducting RF Photocathode Electron Gun | Cole | ||||||||||||
MOB12 | Thermal Structural Analysis of an SCRF Photocathode Electron Gun Cavity | Schultheiss | ||||||||||||
MOB13 | The Flat Beam Experiment at the FNAL Photoinjector | Edwards | ||||||||||||
MOB14 | Setting and Measuring the Longitudinal Optics in CEBAF Injector | Kazimi | ||||||||||||
MOB15 | Initial Results of the New High-Intensity Electron Gun at the Argonne Wakefield Accelerator | Conde | ||||||||||||
MOB16 | Compression of High-Charge Electron Bunches | Fitch | ||||||||||||
MOB17 | Use of Coherent Transition Radiation to Set Up the APS RF Thermionic Gun to Produce High-Brightness Beams for SASE FEL Experiments | Sereno | ||||||||||||
MOB18 | 2.856-GHz Modulation of Conventional Triode Electron Gun | Park | ||||||||||||
MOB20 | High-Intensity Single-Bunch Electron Beam Generation with the 38 MeV L-Band Linac in Osaka University | Okuda | ||||||||||||
MOB21 | Experimental Determination of the Characteristics of a Positron Source Using Channeling | Chehab | ||||||||||||
Return to top | MOC01 | Wire Scanners for Small Emittance Beam Measurement in ATF | Hayano | |||||||||||
MOC03 | Photoelectron Beam Longitudinal Phase Space Tomography Studies at the ATF | Kashiwagi | ||||||||||||
MOC04 | Latest Developments from the S- DALINAC | Schweizer | ||||||||||||
MOC05 | Electro-Optic Sampling of Transient Fields From the Passage of High-Charge Electron Bunches | Fitch | ||||||||||||
MOC06 | Characterization of Ce-Doped Scintillating Crystals for Imaging Electron Beams at the APS Linac | Berg | ||||||||||||
MOC07 | Elliptical X-Ray Spot Measurement | Richardson | ||||||||||||
MOC08 | Measurements of RF Cavity Voltages by X-Ray Spectrum Measurements | Findlay | ||||||||||||
MOC09 | Measurement of the Six-Dimensional Phase Space at the New GSI High-Current Linac | Forck | ||||||||||||
MOC10 | Measurement of Temporal Response of Ferroelectric Photocathodes | Tazzioli | ||||||||||||
MOC11 | Beam Position-Phase Monitors for SNS Linac | Kurennoy | ||||||||||||
MOC12 | SNS Front End Diagnostics | Doolittle | ||||||||||||
MOC13 | Space Charge Effects in Bunch Shape Monitors | Feschenko | ||||||||||||
MOC14 | Intense Proton Core and Halo Beam Profile Measurement: Beam Line Component Mechanical Design | Valdiviez | ||||||||||||
MOC15 | Beam Diagnostics Instrumentation for a 6.7-MeV Proton Beam Halo Experiment | Gilpatrick | ||||||||||||
MOC16 | Optical Transition Radiation (OTR) Measurements of an Intense Pulsed Electron Beam | Vermare | ||||||||||||
MOC17 | A BPM System for the SPring-8 Linac | Yanagida | ||||||||||||
MOC18 | A Real-Time Energy Monitor System for the IPNS Linac | Dooling | ||||||||||||
MOC19 | Measurement and Correction of Cross-Plane Coupling in Transport Lines | Woodley | ||||||||||||
MOC20 | Numerical Analysis of a Beam-Energy-Spread Monitor Using Multi-Stripline Electrodes | Suwada | ||||||||||||
Return to top | MOD01 | Heavy-Ion Beam Acceleration of Two-Charge States from an ECR Ion Source | Ostroumov | |||||||||||
MOD02 | Multiple Charge State Beam Acceleration at ATLAS | Ostroumov | ||||||||||||
MOD03 | Status Report on the Construction of the ISAC Drift Tube Linac | Bricault | ||||||||||||
MOD04 | A Charge State Breeder Based on a Low- Frequency RFQ for the ISAC Accelerator Complex | Bricault | ||||||||||||
MOD05 | Ion Sources and Injectors for HIF Induction Linacs | Henestroza | ||||||||||||
MOD06 | The Status of DESY H- Sources | Peters | ||||||||||||
MOD07 | An ECR Hydrogen Negative Ion Source at CEA/Saclay: Preliminary Results | Gobin | ||||||||||||
MOD09 | Measurements on the H- Ion Source and Low Energy Beam Transport Section for the SNS Front-End Systems | Thomae | ||||||||||||
MOD10 | Design of the 7- MeV/u, 217- MHz Injector Linac for the Proposed Ion Beam Facility for Cancer Therapy at the Clinic in Heidelberg | Schlitt | ||||||||||||
MOD11 | Commissioning of IH-RFQ and IH-DTL for the GSI High-Current Linac | Ratzinger | ||||||||||||
MOD12 | Operational Aspects of the High Current Upgrade at the UNILAC | Klabunde | ||||||||||||
MOD13 | The New Gas Stripper and Charge State Separator of the GSI High-Current Injector | Barth | ||||||||||||
MOD14 | Commissioning of the High Current Ion Sources at the New GSI Injector (HSI) | Reich | ||||||||||||
MOD15 | The Low Energy Beam Transport System of the New GSI High-Current Injector | Dahl | ||||||||||||
MOD16 | First Beam Test with the ISAC Separated Function DTL | Laxdal | ||||||||||||
MOD17 | ISAC at TRIUMF: Recent Achievements and Future Goals | Laxdal | ||||||||||||
MOD18 | Design of the SNS MEBT | Staples | ||||||||||||
MOD19 | Evolution of the LEBT Layout for SNS | Reijonen | ||||||||||||
MOD20 | First Beam Test of a Volume Production H- Ion Source with a LEBT | Ueno | ||||||||||||
MOD21 | IHEP Experience on Creation and Operation of RFQs | Zherebtsov | ||||||||||||
Return to top | MOE01 | Analysis and Simulation on the Enhancement of the CSR Effects | Li | |||||||||||
MOE02 | Short High Charge Bunches in the SLAC Linac | Decker | ||||||||||||
MOE03 | Quadrupole Misalignments and Steering in Long Linacs | Stupakov | ||||||||||||
MOE04 | Suppression of Beam Breakup Instability in a Long Train by Introducing Energy Spread Between the Bunches | Stupakov | ||||||||||||
MOE05 | Optimized Wakefield Computations Using a Network Model | Ostiguy | ||||||||||||
MOE06 | The Diffraction Model and Its Applicability for Wakefield Calculations | Mueller | ||||||||||||
MOE07 | Lattice Matching with a Quadrupole Missing | Wanzenberg | ||||||||||||
MOE08 | Transient Beam Loading Compensation in Low-Energy Pulsed Linear Electron Accelerators | Mondelaers | ||||||||||||
MOE10 | Experimental Study of System for a Simultaneous Bend of Unidirectional Electron and Proton Beams | Nesterovich | ||||||||||||
MOE11 | Emittance Growth from the Thermalization of Space Charge Nonuniformities | Lund | ||||||||||||
MOE12 | Envelope Modes of Beams with Angular Momentum | Barnard | ||||||||||||
MOE13 | Investigation of Halo Formation in Continuous Beams Using Weighted Polynomial Expansion and Perturbational Analysis | Allen | ||||||||||||
MOE14 | Multiscale Analysis of RMS Envelope Dynamics | Zeitlin | ||||||||||||
MOE15 | Multiresolution Representations for Solutions of Vlasov- Maxwell-Poisson Equations | Fedorova | ||||||||||||
MOE16 | Some New Approaches to Solving Constrained Transfer Line Matching Problems | Gillespie | ||||||||||||
MOE17 | Self-Consistent Model of Three-Dimensional Time-Dependent Ellipsoid | Batygin | ||||||||||||
MOE18 | High-Brightness Beam Current Limit in RF Field | Batygin | ||||||||||||
MOE19 | Energy Transfer Mechanisms and Equipartitioning in Nonequilibrium Space-Charge-Dominated Beams | Kishek | ||||||||||||
Return to top | MOE20 | DFQ-Double Frequency RFQ | Iwashita | |||||||||||
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