| High Luminosity Operation of the Fermilab Accelerator Complex (p. 1) |
| by Mishra, C S |
| Recently Commissioned and Future RNB Facilities (p. 6) |
| by Schmor, P |
| Status of the Spallation Neutron Source (p. 11) |
| by Holtkamp, N |
| The Future GSI Facility : Beams of Ions and Antiprotons(p. 16) |
| by Henning, W F |
| Beam Physics at LHC (p. 19) |
| by Evans, Lyndon R |
| RHIC Status and Plans (p. 24) |
| by Roser, T |
| Beam physics at Tevatron complex (p. 29) |
| by Lebedev, V |
| New Aspects of Beam-Beam Interactions in Hadron Colliders (p. 34) |
| by Sen, T |
| R&D towards Cooling of the RHIC Collider (p. 39) |
| by Ben-Zvi, I |
| Towards a new LHC Interaction Region design for a luminosity upgrade (p. 42) |
| by Strait, J |
| Designing and Building a Collimation System for the High-Intensity LHC Beam (p. 45) |
| by Assmann, R W |
| Effects of RF Noise on Longitudinal Emittance Growth in the Tevatron (p. 48) |
| by Steimel, J |
| Polarized Proton Acceleration at the Brookhaven AGS and RHIC (p. 51) |
| by Ahrens, L |
| RHIC Pressure Rise and Electron Cloud (p. 54) |
| by Zhang, S Y |
| Tune Shift Compensation Using the Tevatron Electron Lens (p. 57) |
| by Bishofberger, Kip |
| 25 Years of Technical Advances in RFQ Accelerators (p. 60) |
| by Young, L M |
| Commissioning of the Spallation Neutron Source front End Systems (p. 65) |
| by Aleksandrov, A |
| H- Surface Converter Source Development at Los Alamos (p. 73) |
| by Rouleau, G |
| Very High Voltage Photoemission Electron Guns (p. 76) |
| by Sinclair, C |
| Advanced ECR Sources for Highly Charged Ions (p. 81) |
| by Gammino, S |
| Commissioning of the Superconducting ECR Ion Source VENUS (p. 86) |
| by Leitner, D |
| Design of an EBIS for RHIC (p. 89) |
| by Alessi, James G |
| Design, Construction and Status of an All Niobium Superconducting Photoinjector at BNL (p. 92) |
| by Srinivasan-Rao, T |
| Generation of High Brightness X-Rays with the PLEIADES Thomsen X-Ray Source (p. 95) |
| by Brown, W |
| Focusing and Neutralization of Intense Beams (p. 98) |
| by Yu, S S |
| Beam Dynamics in the Spallation Neutron Source Linac (p. 107) |
| by Jeon, D |
| Storage of Crystalline Ion Beams (p. 112) |
| by Schramm, Ulrich |
| Computational Studies of Collective Beam Dynamics in High Intensity Rings (p. 117) |
| by Holmes, J |
| Effect of Stimulated and Thermal Desorption in DARHT-2 (p. 120) |
| by Hughes, T |
| Beam-Beam Interaction, Electron Cloud and Intrabeam Scattering for Proton Super-bunches (p. 123) |
| by Ruggiero, F |
| A New Analysis of Intrabeam Scattering (p. 126) |
| by Nash, B |
| Nonlinear Resonance Benchmarking Experiment at the CERN Proton Synchrotron (p. 129) |
| by Hofmann, I |
| Stray-Electron Accumulation and Effects in HIF Accelerators (p. 132) |
| by Stoltz, Peter |
| Observation of Strong-Strong and Other Beam-Beam Effects in RHIC (p. 135) |
| by Fischer, W |
| Progress Report on the Small Isochronous Ring Project at NSCL (p. 138) |
| by Pozdeyev, E |
| The LHC Superconducting Magnets (p. 141) |
| by Rossi, L |
| High-Field Accelerator Magnets Beyond LHC (p. 146) |
| by Devred, Arnaud |
| Advances in Superconducting Strand for Accelerator Magnet Application (p. 151) |
| by Lee, Peter |
| Novel Insertion Devices (p. 156) |
| by Moog, E R |
| Radiation Resistant Magnet R&D at the NSCL (p. 161) |
| by Zeller, A |
| Performance Summary of the Helical Magnets for RHIC (p. 164) |
| by Willen, E |
| Production and Testing Considerations for CESR-C Wiggler Magnets (p. 167) |
| by Rice, D |
| Magnetic Field Measurements of the Nb3Sn Common Coil Dipole RD3c (p. 170) |
| by Chiesa, L |
| Controlling Field Quality in Magnet Production (p. 173) |
| by Scandale, Walter |
| Energy Recovery Linacs Light Sources : an Overview(p. 176) |
| by Murphy, J B |
| FEL Oscillators (p. 181) |
| by Neil, G R |
| A Recirculating Linac-Based Facility for Ultrafast X-Ray Science (p. 186) |
| by Corlett, J |
| 4GLS - a New Type of Fourth Generation Light Source Facility (p. 189) |
| by Seddon, Elaine |
| The Cornell ERL Prototype Project (p. 192) |
| by Sinclair, C K |
| CEBAF Energy Recovery Experiment (p. 195) |
| by Hutton, Andrew |
| Computation of FEL Processes (p. 203) |
| by Riche, S |
| Applications of the Cancellation Effect in the CSR Studies (p. 208) |
| by Li, R |
| Pulse Length Control in an X-Ray FEL by Using Wakefields (p. 211) |
| by Reiche, S |
| FERMI@ELETTRA : the Single-Pass Free-Electron Laser for the VUV and Soft X-Ray Spectral Range at Elettra(p. 214) |
| by Bakker, R J |
| Saturation of the NSLS DUV-FEL at BNL (p. 217) |
| by Krinsky, Samuel |
| Superbend Upgrade at the Advanced Light Source (p. 224) |
| by Robin, D |
| Progress Report on the Construction of SOLEIL (p. 229) |
| by Loulergue, Alexandre |
| Progress with the Diamond Light Source Project (p. 232) |
| by Walker, R P |
| SPEAR 3 upgrade project : The Final year(p. 235) |
| by Hettel, Robert |
| SESAME, 2.5 GeV Synchrotron Light Source for the Middle East Region (p. 238) |
| by Einfeld, Dieter |
| NSLS Upgrade Concept (p. 241) |
| by Podobedov, B |
| Single-Particle Beam Dynamics in BOOMERANG (p. 244) |
| by Jackson, A |
| Advanced Photon Source Booster Synchrotron Low-Emittance Lattice Commissioning Results (p. 247) |
| by Sereno, N S |
| Generation of High-Energy Synchrotron Radiation with a 10-T Superconducting Wiggler Installed in the SPring-8 Storage Ring (p. 250) |
| by Soutome, K |
| Possible Long-Term Improvements to the Advanced Photon Source (p. 256) |
| by Emery, L |
| Simulation Tools for High Intensity Rings (p. 259) |
| by Cousineau, S M |
| Multipacting Simulations for Superconducting Cavities and RF Coupler Waveguides (p. 264) |
| by Geng, R |
| CASCADE - An Advanced Computational Tool for Waveguide Component and Window Design (p. 269) |
| by Ives, L |
| Towards the UAL Open Source Project (p. 272) |
| by Malitsky, N |
| Simulation Using Initial 4D Beam Particle Distributions Synthesized from Experimental Data (p. 275) |
| by Friedman, A |
| Integration of Orbit Control with Real-Time Feedback (p. 283) |
| by Lenkszus, F R |
| Control Systems on Low Cost Computers (p. 288) |
| by Williams, E L |
| Integrating Control Systems to Beam Dynamics Applications with CORBA (p. 291) |
| by Böge, M |
| Measuring and Matching Transport Optics at Jefferson Lab (p. 294) |
| by Chao, Y |
| Formation and Dissipation of the Electron Cloud (p. 297) |
| by Furman, M |
| Electron Cloud Effects in Present and Future High Intensity Hadron Machines (p. 302) |
| by Baskiewicz, M |
| Electron Cloud Studies and Analyses at SPS for LHC-Type Beams (p. 307) |
| by Jiménez, J M |
| Initial Experimental Studies of Electron Accumulation in a Heavy-Ion Beam (p. 312) |
| by Molvik, A W |
| Bunch-by-Bunch Digital Dampers for the Fermilab Main Injector and Recycler (p. 323) |
| by Ashmanskas, Bill |
| Calculations and Observations of the Longitudinal Instability Caused by the Ferrite Inductors at the Los Alamos Proton Storage Ring (PSR) (p. 326) |
| by Beltran, C |
| Microbunching and Beam Break-up in DUV FEL Accelerator (p. 329) |
| by Shaftan, T |
| Tools to Predict Beam Breakup in Recirculating Linacs (p. 332) |
| by Beard, K |
| Future Plans for e+e- Factories (p. 335) |
| by Biscari, C |
| Interaction Region Upgrades of e+e- B-Factories (p. 340) |
| by Sullivan, M |
| Recent Developments in Designs for e+e- Colliders (p. 345) |
| by Ohmi, K |
| Buildup of electron cloud with different bunch pattern in the presence of solenoid field (p. 350) |
| by Cai, Y |
| Study of Beam-Beam Interactions with/without Crossing Angle (p. 353) |
| by Ohmi, K |
| High Intensity Issues for Super B-Factories (p. 356) |
| by Akai, K |
| R&D Toward Neutrino Factories and Muon Colliders (p. 361) |
| by Zisman, M S |
| 100 Bunch DA$\Phi$NE Operation (p. 366) |
| by Drago, A |
| Study of Beam-Beam Effects in HERA with Self-Consistent Beam Simulations (p. 369) |
| by Shi, J |
| Study of Beam-Beam Effects in HERA with Self-Consistent Beam-Beam Simulation (p. 369) |
| by Shi, J |
| Electron-Ion Collisions at RHIC Using a High Intensity Self-Polarizing Electron Ring (p. 372) |
| by Parker, Brett |
| Investigation of the Flat-Beam Model of the Beam-Beam Interaction (p. 375) |
| by Schmekel, B |
| Resonances and Beam Loss in High Intensity Rings (p. 383) |
| by Fedotov, A |
| Adiabatic Beam Trapping in Stable Islands of Transverse Phase Space : Measurement Results at CERN Proton Synchrotron(p. 388) |
| by Cappi, R |
| Nonlinear Dynamics in the Duke Storage Ring with FEL Wigglers (p. 391) |
| by Wu, Y K |
| Stochastic Cooling Studies in RHIC (p. 394) |
| by Blaskiewicz, M |
| Accelerator Physics Challenges of the FS-Slicing Upgrade at the ALS (p. 397) |
| by Steier, C |
| Heavy-Ion Beam Dynamics in the Rare Isotope Accelerator Facility (p. 400) |
| by Ostroumov, P N |
| Spin Dynamics in AGS and RHIC (p. 405) |
| by MacKay, W W |
| Beam Dynamics in a Storage Ring for Neutral (Polar) Molecules (p. 410) |
| by Lambertson, Glen R |
| Transverse Impedance Distribution Measurements Using Response Matrix Fit Method at APS (p. 417) |
| by Sajaev, Vadim |
| Femto-seconds Electron Beam Diffraction Using Photocathode RF Gun (p. 420) |
| by Wang, X J |
| Beam Transport Experiments over Half-Turn at the University of Maryland Electron Ring (UMER) (p. 426) |
| by Bernal, S |
| Neutrino Beam Facilities and Projects (p. 429) |
| by Weng, W T |
| Storage Rings for Fast Cooling of Antiproton and Radioactive Ion Beams (p. 434) |
| by Nolden, Fritz |
| High Power Targets for ISOL Radioactive Ion Beam Facility (p. 439) |
| by Bricault, P G |
| Transmission of Muons in an Alternating Gradient Funneling System (p. 444) |
| by Meot, Francois |
| RF Superconductivity : Enabling Technology for the Future(p. 447) |
| by Edwards, H |
| MURA Days (p. 452) |
| by Symon, K R |
| SNS Cryomodule Performance (p. 457) |
| by Preble, J |
| Development of Electropolishing Technology for Superconducting Cavities (p. 462) |
| by Saito, Taku |
| RF Power Generation in LHC (p. 473) |
| by Brunner, O C |
| Operation of the RHIC RF Systems (p. 476) |
| by Brennan, J M |
| Status of the GLC X-Band Power Source R&D (p. 479) |
| by Chin, Y H |
| High Power Tests of a Multimode X-Band RF Distribution System (p. 482) |
| by Tantawi, S G |
| Progress on the C-Band Accelerator for the SPring-8 Compact SASE Source (p. 487) |
| by Yoshida, Yoichi |
| High Power Testing of X-Band Dielectric-Loaded Accelerating Structures (p. 492) |
| by Power, J G |
| A Demonstration of High-Gradient Acceleration (p. 495) |
| by Achard, Claude |
| The Spallation Neutron Source Diagnostics : Initial Integration and Commissioning Progress Report(p. 498) |
| by Assadi, S |
| Electron Cloud Diagnostics in Use at the Los Alamos PSR (p. 508) |
| by Macek, R J |
| Longitudinal Space-Charge Effects in a Retarding Field Energy Analyzer (p. 511) |
| by Zou, Y |
| Longitudinal Emittance Measurements in the Fermilab Recycler Ring (p. 514) |
| by Bhat, C M |
| Chirped-Laser Based Electron Bunch Length Monitor (p. 519) |
| by Gillespie, George H |
| RHIC Third Generation PLL Tune System (p. 524) |
| by Cameron, P |
| Self-Consistent, Unbiased Exclusion Methods of Emittance Analysis (p. 527) |
| by Stockli, M P |
| Electron-Beam Size Measurement with a Beam Profile Monitor Using Fresnel Zone Plates (p. 530) |
| by Hayano, Hitoshi |
| Development of a New Beam-Energy-Spread Monitor Using Multi-Stripline Electrodes (p. 533) |
| by Suwada, T |
| The High Current Transport Experiment for Heavy Ion Inertial Fusion (p. 536) |
| by Seidl, P A |
| Emittance Measurements with a Pulsed Power Photo-Injector (p. 541) |
| by Smedley, J |
| A 50 kV Solid State Multipulse Kicker Modulator (p. 544) |
| by Cook, Edward |
| Design, Development, and Construction of SNS Extraction Fast Kicker System (p. 550) |
| by Zhang, W |
| Design, Status, and First Operations of the Spallation Neutron Source Polyphase Resonant Converter Modulator System (p. 553) |
| by Reass, W A |
| First Beam at DARHT-II (p. 558) |
| by Ekdahl, C |
| Electron Beam/Converter Target Interactions in Radiographic Accelerators (p. 563) |
| by Richardson, Roger |
| R&D Works on 1MHz Power Modulator for Induction Synchrotron (p. 568) |
| by Koseki, K |
| Spallation Neutron Source Ring -- Status, Challenges, Issues, and Perspectives (p. 571) |
| by Wei, J |
| The JAERI-KEK Joint Project for the High-Intensity Proton Accelerator, J-PARC (p. 576) |
| by Yamazaki, Y |
| Status of Low and Intermediate Velocity Superconducting Accelerating Structures (p. 581) |
| by Shepard, K W |
| The GSI Synchrotron Facility Proposal for Acceleration of High Intensity Ion and Proton Beams (p. 589) |
| by Mustafin, Edil |
| Observations of Electrons in the Intense Pulse Neutron Source (IPNS) Rapid Cycling Synchrotron (RCS) (p. 592) |
| by Dooling, Jeffrey Craig |
| SPIRAL2 : A High Intensity Deuteron and Ion Linear Accelerator for Exotic Beam Production(p. 595) |
| by Mosnier, Alban |
| COSY-SCL, the Superconducting Injector Linac for COSY (p. 598) |
| by Eichhorn, Ralf |
| The ISAC-II Upgrade at TRIUMF - Progress and Developments (p. 601) |
| by Peng, Sheng |
| 2 MW Upgrade of the Fermilab Main Injector (p. 604) |
| by Chou, W |
| Machine Protection Strategies for High Power Accelerators (p. 607) |
| by Sibley, C |
| Vacuum System for High Power Lepton Rings (p. 612) |
| by Suetsugu, Y |
| Thin Diamond Films for SNS H- Injection Stripping (p. 617) |
| by Shaw, Robert |
| Vacuum Pumping Study of Titanium-Zirconium-Vanadium Thin Films (p. 620) |
| by Li, Y |
| A new kind of beam pipe for rapid cycling proton synchrotrons (p. 625) |
| by Tang, Johnny Y |
| Accelerator Availability and Reliability Issues (p. 625) |
| by Suhring, S |
| Low-Conductivity Water Systems for Accelerators (p. 630) |
| by Dortwegt, R |
| Accelerator Magnet Plugging by Metal Oxides : A Theoretical Investigation, Remediation and Preliminary Results(p. 635) |
| by Rust, W W |
| Safety Critical Monitoring for Prompt Radiation Hazards (p. 638) |
| by Moritz, L |
| Comprehensive Electro-Magnetic, Thermal, and Structural Finite Element Analysis of the Lithium Collection Lens at the FNAL Antiproton Source (p. 641) |
| by Hurh, P |
| Report from the international linear collider technical review committee (p. 647) |
| by Loew, G A |
| Damping Ring Designs and Issues (p. 652) |
| by Wolski, A |
| Damping Ring to Interaction Point Beam Transport Issues (p. 657) |
| by Walker, N |
| Effects of Dynamic Misalignements and Feedback Performance on Luminosity Stability in Linear Colliders (p. 662) |
| by Seryi, Andrei |
| Colliding Nanobeams in CLIC with Magnets Stabilized to the Sub-nm Level (p. 665) |
| by Redaelli, Stefano |
| Normal conducting RF structure test facilities and results (p. 668) |
| by Adolphsen, C E |
| Bunch Frequency Multiplication in the CLIC Test Facility CTF3 (p. 684) |
| by Tecker, F A |
| Feedback on Nanosecond Timescales (FONT) : Results from First Beam Tests at the NLCTA at SLAC(p. 687) |
| by Burrows, P N |
| Treating Patients with the NPTC Accelerator Based Proton Treatment Facility (p. 690) |
| by Flanz, J |
| HICAT- The German Hospital-Based Light Ion Cancer Therapy Project (p. 694) |
| by Eickhoff, H |
| Status of the Midwest Proton Radiotherapy Institute (p. 699) |
| by Friesel, D L |
| Design and Operation of a Proton Microscope for Radiography at 800 MeV (p. 702) |
| by Mottershead, T |
| Antimatter Driven Sail for Deep Space Missions (p. 705) |
| by Jackson, G |
| Facilities for Industrial Customers at the Daresbury Synchrotron Radiation Source (SRS) (p. 708) |
| by Towns-Andrews, E |
| Gamma-Ray Computerized Tomography Using 10 MeV Laser-Compton Photon Beam (p. 713) |
| by Toyokawa, H |
| Simulation of Accelerated Electron Spectra in Laser Wakefield Accelerators (p. 716) |
| by Hubbard, R F |
| All-Optical Beamlet Train Generation (p. 719) |
| by Cary, J R |
| Scaling Laws of a Dielectric Optical Accelerator (p. 722) |
| by Banna, S |
| Scaling Laws of a Dielectric Optical Accelerator (p. 722) |
| by Schächter, L |
| Selected Advanced Acceleration Concepts (p. 725) |
| by Hirshfield, J L |
| Dielectric Bragg Accelerator (p. 728) |
| by Mizrahi, A |
| Positron Beam Propagation in a Meter Long Plasma Channel (p. 731) |
| by Katsouleas, T C |
| Simulation of Ionization Effects for High-Density Positron Drivers in Future Plasma Wakefield Experiments (p. 734) |
| by Bruhwiler, D L |
| Technology Options for Linear Colliders (p. 737) |
| by Dugan, Gerald |
| RHIC Power Supplies : Lessons Learned From the 1999 - 2001 RHIC Runs(p. 743) |
| by Bruno, D |
| Booster Main Magnet Power Supply Improvements for NASA Space Radiation Laboratory at BNL (p. 746) |
| by Marneris, I |
| Improving Power Supply Performance for Duke Storage Ring (p. 752) |
| by Wu, Y K |
| Compensation of Load Fluctuation of Power Supply System for Large Accelerator using SMES (p. 755) |
| by Sato, H |
| Test Results on Capacitor Commutation Charging Type of Resonant Power Supply for Synchrotron Ring Magnets (p. 758) |
| by Dong, S |
| Modification and Implementation of the Correction Bipolar Power Supply of the Storage Ring (p. 764) |
| by Chen Yao Li |
| Increasing Output Current Stability of Power Supply with Component Replacement (p. 767) |
| by Liu Kuo Bin |
| 1400A,+/-900V Peak Pulse Switch Mode Power Supplies for SNS Injection Kickers (p. 770) |
| by Dewan, S B |
| FLUKA Simulations of the Loss of the Stored Electron Beam at BESSY (p. 773) |
| by Ott, K |
| The Shielding Design of the Metrology Light Source (MLS) (p. 776) |
| by Ott, K |
| Further Experience with the SLC Permanent Magnetic (PM) Multipoles (p. 779) |
| by Spencer, James |
| Radiation Measurement around a 10-T Superconducting Wiggler at SPring-8 (p. 782) |
| by Shoji, M |
| Improvement of RHIC Warm Beam Vacuum for High Intensity Operation (p. 785) |
| by Hseuh, H |
| Outgassing and Surface Properties of TiN Coated SNS Ring Vacuum Chambers (p. 788) |
| by Hseuh, H |
| Pressure Distribution Simulation for SNS Ring Vacuum Systems (p. 791) |
| by Hseuh, H |
| Electron Detectors for Vacuum Pressure Rise Diagnostics at RHIC (p. 794) |
| by Iriso-Ariz, U |
| Electron Cloud and Pressure Rise Simulations for RHIC (p. 797) |
| by Iriso-Ariz, U |
| Development of Movable Mask with Reduced-HOM Design for KEKB (p. 800) |
| by Shibata, K |
| Development of Winged HOM Damper for Movable Mask in KEKB (p. 803) |
| by Suetsugu, Y |
| Conceptual Design of Vacuum System for Super KEKB (p. 806) |
| by Suetsugu, Y |
| Vacuum Systems Renewal for the PF-AR Upgrade (p. 809) |
| by Tanimoto, Y |
| Re-Circulating Linac Vacuum System (p. 812) |
| by Wells, R P |
| Improvment of the Storage Ring UHV System of NSRL (p. 815) |
| by Wang, Y |
| Adsorption Study of Al2O3 Coating on the Pulse Septum Magnet Surface (p. 818) |
| by Zhang, H |
| Vacuum Commissioning for the SWLS Absorber Inside a Kicker-Chamber at TLS Storage Ring (p. 821) |
| by Hsiung, G Y |
| Insertion Device Vacuum Chamber for the Linac Coherent Light Source (p. 824) |
| by Lee, Soon-Hong |
| Advanced Photon Source Booster Synchrotron Subharmonic RF Capture Design (p. 827) |
| by Sereno, N S |
| New Insertion Device Vacuum Chambers at the Advanced Photon Source (p. 830) |
| by Trakhtenberg, E |
| Dual Canted Undulators at the Advanced Photon Source (p. 833) |
| by Den Hartog, P |
| Layout of a Femtosecond X-Ray Source at BESSY II (p. 836) |
| by Khan, Shaukat |
| Coherent Synchrotron Radiation Experiments at BESSY II (p. 839) |
| by Holldack, K |
| Lattice Options for a 5 GeV Light Source at Cornell (p. 842) |
| by Bazarov, I |
| Lifetime Reduction due to Insertion Devices at BESSYII (p. 845) |
| by Feikes, J |
| A Lattice for a 5GeV ERL in the CESR Tunnel (p. 848) |
| by Hoffstätter, G H |
| Chromaticity Measurements in the ESRF Booster (p. 851) |
| by Papaphilippou, Y |
| Operation and Recent Developments of the ESRF (p. 854) |
| by Kersevan, Roberto |
| The Lattice Design of the Super SOR Light Source (p. 857) |
| by Harada, K |
| Present Status of Photon Factory Advanced Ring (p. 860) |
| by Yoshioka, Masakazu |
| A Model for Producing Stable, Broadband Terahertz Coherent Synchrotron Radiation in Storage Rings (p. 863) |
| by Byrd, J |
| Collective Effects Analysis for the Berkeley Femtosource (p. 866) |
| by De Santis, S |
| Noise Reduction Efforts for the Infrared Beamline at the Advanced Light Source (p. 869) |
| by Scarvie, T |
| Longitudinal Phase Space Control in the Berkeley Femtosecond X-Ray Light Source LUX (p. 872) |
| by Zholents, A |
| Newly Developed Injection Mode of Pohang Light Source (p. 875) |
| by Kim, M G |
| First Operational Results of the 3rd Harmonic Super Conducting Cavities in SLS and ELETTRA (p. 878) |
| by Pedrozzi, M |
| Beam-Performance Improvement of the SPring-8 Storage Ring (p. 881) |
| by Ohkuma, H |
| Magnet-Related Failure Experiences at the SPring-8 Storage Ring (p. 884) |
| by Tsumaki, K |
| Commissioning Low Emittance Beam at Aladdin (p. 887) |
| by Jacobs, K D |
| Coupling Correction Study at NSRRC (p. 890) |
| by Kuo, C C |
| Studies of Beam Lifetime at ANKA (p. 893) |
| by Huttel, E |
| Refined Tracking Procedure for the SOLEIL Energy Acceptance Calculations (p. 896) |
| by Nadji, A |
| Field Error Compensation and Thermal Beam Load in a Superconductive Undulator (p. 899) |
| by Chouhan, Shailendra |
| The Saga Synchrotron Light Source in 2003 (p. 902) |
| by Tomimasu, T |
| Temporal Characteristics of a SASE FEL (p. 905) |
| by Li, Y |
| Beam-Based Undulator Field Characterization and Correction at DUV-FEL (p. 908) |
| by Loos, H |
| Start-to-end simulations for the SPARX proposal (p. 914) |
| by Biagini, M E |
| Photoinjector RF Cavity Design for High Power CW FEL (p. 920) |
| by Wood, R L |
| Simulation Studies of an XUV/Soft X-Ray Harmonic-Cascade FEL for the Proposed LBNL Recirculating Linac (p. 923) |
| by Fawley, W |
| Throughput and Noise of the Aladdin Infrared Beamline (p. 929) |
| by Bosch, R A |
| Periodic Ion Channel Laser (p. 932) |
| by Bosch, R A |
| Beam-Frame Calculation of Free-Electron Laser Gain (p. 935) |
| by Bosch, R A |
| Sub-Picosecond, High Flux, Thomson X-Ray Sources at Jefferson Lab's High Power FEL (p. 938) |
| by Boyce, J R |
| Image Charge Undulator : Theoretical Model and Technical Issues(p. 941) |
| by Zhang, Y |
| Design and Status of the VISA II Experiment (p. 944) |
| by Andonian, G |
| The FEL Program at the PEGASUS Injector (p. 947) |
| by Reiche, S |
| A Numerical Model of Electron Beam Shot Noise (p. 950) |
| by McNeil, B W J |
| An Improved 1-D Model for Ultra High Power Radiation Pulse Propagation in the Helical Wiggler Free Electron Laser (p. 953) |
| by McNeil, B W J |
| Design Study for the RF Photoinjector for the MIT Bates X-Ray Laser Project (p. 956) |
| by Farkhondeh, M |
| X-Ray Laser Seeding for Short Pulses and Narrow Bandwidth (p. 959) |
| by Graves, W S |
| Coherent Harmonic Generation Experiment on Hefei Synchrotron Radiation Source (p. 968) |
| by Xu, Hong-liang |
| Numerical Study of Coherent Harmonic Generation in the VUV on the NIJI-IV FEL (p. 971) |
| by Ogawa, H |
| Measured Performance of the Free Electron Lasers and Electron Beam in the Compact Storage Ring NIJI-IV (p. 974) |
| by Sei, N |
| High-Power Electron Beam Injectors for 100 kW Free-Electron Lasers (p. 977) |
| by Todd, A |
| The MIT Bates X-Ray Laser Project (p. 980) |
| by Zwart, T |
| The Mucool Test Area Linac Experimental Facility at Fermilab (p. 983) |
| by Errede, D |
| Creating Microbeams and Nanobeams by Channeling in Micro- and Nano-Structures (p. 986) |
| by Biryukov, V M |
| A Neutron Source Facility for Neutron Cross-Section Measurements on Radioactive Targets at RIA (p. 989) |
| by Ahle, L |
| Determination of Low Level RF Control Requirements for Superconducting Cavities from Microphonics Measurements (p. 992) |
| by Delayen, J |
| An Axial Injection System for the ORIC (p. 995) |
| by Tatum, Alan |
| Initial Performance of a 6 GHz "Volume" ECR Ion Source (p. 998) |
| by Liu, Y |
| The Electric Field Distribution in a Spiral Inflector for Cyclotron Injection Applications (p. 1001) |
| by Zhang, Y |
| Effective Source of Sharp Focused Electromagnetic Radiation of Electrons with Moderate Relativistic Energy (p. 1010) |
| by Grishin, V |
| Effects of Propagation for High Power CW Electron Beam in Air (p. 1013) |
| by Korenev, S |
| The Concept of Beam Lines from Rhodotron for Radiation Technologies (p. 1015) |
| by Korenev, S |
| Mechanical Analysis of the Prototype Undulator for the Linac Coherent Light Source (p. 1017) |
| by Brajuskovic, B |
| Development of a Short-Period Superconducting Undulator (p. 1020) |
| by Dejus, Roger J |
| A Magnetic Field Model for Wigglers and Undulators (p. 1023) |
| by Sagan, D |
| Vibrating Wire and Flipping Coil Magnetic Measurement of a CESR-c 7-Pole Wiggler Magnet (p. 1026) |
| by Temnykh, A |
| Status of the DIAMOND Insertion Devices (p. 1029) |
| by Clarke, J A |
| Design and Evaluation of a Short Period Nb3Sn Superconducting Undulator Prototype (p. 1032) |
| by Prestemon, S |
| Harmonic Contents of and Detailed Study on a High-Gain Harmonic Generation Free Electron Laser (p. 1035) |
| by Wu, J |
| Calculation of the coherent synchrotron radiation impedance from a wiggler (p. 1038) |
| by Wu, J |
| Design of a Revolving Helical Staggered Undulator (p. 1041) |
| by Chang, C H |
| Operational Experience of the Insertion Devices and Expectation of the Future Superconducting Wigglers at NSRRC (p. 1044) |
| by Chang, H P |
| Magnetic Field Measurement on Superconducting Multipole Wiggler with Narrow Duct (p. 1047) |
| by Fan, T C |
| Commissioning of Two New Insertion Devices at ELETTRA (p. 1050) |
| by Zangrando, D |
| CAMD Low Beta Configuration for 7 Tesla Wiggler (p. 1053) |
| by Fedurin, M |
| Period Length Optimization for the LNLS Undulator (p. 1056) |
| by Resende, X R |
| Studies on Sextupole Components Generated by Eddy Currents in the Rapid Cycling Medical Synchrotron (p. 1059) |
| by Cardona, J |
| Status of the Integrated RFQ-Drifttube-Combination for the Medicine-Synchrotron in Heidelberg (p. 1062) |
| by Bechtold, A |
| Potential Alternate Beam Source for Proton Therapy (p. 1065) |
| by Jones, W P |
| Proton Therapy Treatment Room Controls Using a Linux Control System (p. 1068) |
| by Katuin, J |
| Development of High Field Dipole and High Current Pulse Power Supply for Compact Proton Synchrotron (p. 1071) |
| by Endo, K |
| RF Cavities and Power Amplifier for the Compact Proton Synchrotron (p. 1074) |
| by Fang, Z |
| Application of Statistical Process Control (SPC) in the Manufacturing of Medical Accelerators (p. 1077) |
| by Hanna, S M |
| Radiation-Acoustic Monitoring of Therapeutic Beam (p. 1080) |
| by Popov, G F |
| Closing in on the Final Design of the BESSY-FEL (p. 1083) |
| by Krämer, Dietrich |
| Analysis of the HOM damping with modulated beam in the first prototype of superstructure (p. 1086) |
| by Castro, P |
| Operation of the LEP CW Klystrons in Pulsed Mode (p. 1089) |
| by Frischholz, Hans |
| Ferrite Evaluation for AHF Proton Synchrotrons (p. 1092) |
| by Lyles, J T M |
| The SNS Linac High Power RF System Design, Status, and Results (p. 1095) |
| by Rees, D E |
| JLAB High Efficiency Klystron Baseline Design for 12 GeV Upgrade (p. 1098) |
| by Nelson, Scott D |
| Analytical Design of a Waveguide Iris/Stub Tuning Coupler to an Overcoupled Superconducting Cavity (p. 1101) |
| by Wang, H |
| HOM Damping Performance of JLAB SL21 Cryomodule (p. 1104) |
| by Wang, H |
| On Creation of a Cathode Unit for the X-Band Klystron (p. 1107) |
| by Dovbnya, A N |
| Design of an X-band, 50Mw, Multiple Beam Klystron (p. 1110) |
| by Ives, L |
| Development of Improved Cathodes for High Power RF Sources (p. 1113) |
| by Ives, L |
| Development of Multiple Beam Guns for High Power RF Sources (p. 1116) |
| by Ives, L |
| 10 MW, 91 GHz Gyroklystron for High Freqency Accelerator Research (p. 1119) |
| by Ives, L |
| Design and Test of a 100MW X-Band TE01 Window (p. 1125) |
| by Neilson, J |
| Development of a Multi-Megawatt Circulator for X-Band (p. 1127) |
| by Neilson, J |
| Performance of X-Band Pulsed Magnicon Amplifier (p. 1128) |
| by Nezhevenko, O A |
| 34 GHz, 45 MW Pulsed Magnicon : First Results(p. 1131) |
| by Nezhevenko, O A |
| Equilibrium Transport of Sheet Electron Beams in Solenoidal Focusing Fields (p. 1134) |
| by Pakter, R |
| Gridded Sheet Beam Gun for a Sheet Beam Klystron (p. 1137) |
| by Read, M E |
| A Magnetron Injection Gun with Inverted Geometry for an 80 MW Gyroklystron (p. 1140) |
| by Read, M E |
| Development of a 19KW, CW, L-Band Klystron for the Continuous Electron Beam Accelerator Facility (p. 1142) |
| by Read, M E |
| First High-Power Experiments on a Two-Channel X-Band Active RF Pulse Compressor (p. 1147) |
| by Vikharev, A L |
| Active RF Pulse Compressor with a Ferroelectric Switch (p. 1150) |
| by Yakovlev, V P |
| PBG Cavities for Single-Beam and Multi-Beam Electron Devices (p. 1153) |
| by Yu, D |
| Construction and Testing of a 21 GHz Ceramic Based Power Extractor (p. 1156) |
| by Newsham, D |
| Using Ferrite as a Fast Switch for Improving Rise Time of IPNS Extraction Kicker (p. 1159) |
| by Donley, L I |
| The LHC injection kicker magnet (p. 1162) |
| by Ducimetière, Laurent |
| Switching Power Supply for the PFL Kicker Magnet (p. 1165) |
| by Sato, H |
| Accelerated Neutron-Induced Failure Tests of 3300-V IGBTs for the Spallation Neutron Source Accelerator (p. 1168) |
| by Borovina, D L |
| Electrical Breakdown Studies with Mycalex Insulators (p. 1171) |
| by Waldron, W L |
| A Critical analysis of IGBT geometries, with the intention of mitigating undesirable destruction caused by fault scenarios of an adverse nature (p. 1174) |
| by Leyh, G E |
| Fast Ferrite Tuner Operation on a 352-MHz Single-Cell RF Cavity at the Advanced Photon Source (p. 1177) |
| by Horan, D |
| Mechanisms Limiting High Gradient RF Cavities (p. 1180) |
| by Norem, J |
| Dark Current and X Ray Measurements of an 805 MHz Pillbox Cavity (p. 1183) |
| by Norem, J |
| HOM Damped NC Passive Harmonic Cavities at BESSY (p. 1186) |
| by Anders, W |
| Impedance Measurements of a HOM-Damped Low Power Model Cavity (p. 1189) |
| by Weber, Jonah |
| Radio-Frequency Control System for the DUVFEL (p. 1192) |
| by Rose, J |
| Progress in the Development of High Level RF for the SNS Ring (p. 1195) |
| by Zaltsman, A |
| Buncher Cavity for ERL (p. 1198) |
| by Veshcherevich, V G |
| Input Coupler for ERL Injector Cavities (p. 1201) |
| by Veshcherevich, V G |
| Coupler Design for NLC/JLC Accelerting Structures (p. 1207) |
| by Gonin, I |
| Development of X-Band Accelerating Structures at Fermilab (p. 1210) |
| by Solyak, N A |
| Development of the Third Harmonic Cavity at Fermilab (p. 1213) |
| by Solyak, N A |
| Multi-Harmonic RF Control System for J-PARC RCS (p. 1216) |
| by Tamura, F |
| Design of 20MeV DTL for PEFP (p. 1219) |
| by Cho, Y S |
| RF Power Delivery System Design and Its Component Characterization for PEFP DTL (p. 1222) |
| by Kwon, H J |
| R & D Status of C-Band Accelerating Unit for SuperKEKB (p. 1225) |
| by Kamitani, T |
| Improvements in the RF System for the Photon Factory Advanced Ring (PF-AR) (p. 1228) |
| by Sakanaka, S |
| Radio Frequency Acceleration System for 150MeV FFAG (p. 1231) |
| by Takagi, A |
| Direct-Cooling MA Cavity for J-PARC Synchrotrons (p. 1234) |
| by Uesugi, T |
| High Power Testing of the 402.5 MHz and 805 MHz RF Windows for the Spallation Neutron Source Accelerator (p. 1237) |
| by Cummings, K |
| HOM Dampers for ALS Storage Ring RF Cavities (p. 1240) |
| by Kwiatkowski, S |
| A 201 MHz RF Cavity Design with Non-Stressed and Pre-Curved Be Windows for Muon Cooling Channels (p. 1243) |
| by Li, D |
| RF Tests of an 805 MHz Pillbox Cavity at Lab G of Fermilab (p. 1246) |
| by Li, D |
| Deflecting RF Cavity Design for a Recirculating Linac Based Facility for Ultrafast X-Ray Science (p. 1249) |
| by Li, D |
| RF Power Detector/Monitor Upgrade for the 500MHz Systems at the ALS (p. 1252) |
| by Baptiste, K |
| Theoretical Analysis of Overmoded Dielectric Photonic Band Gap Structures for Accelerator Applications (p. 1255) |
| by Shapiro, M A |
| An 11 GHz Photonic Band Gap Accelerator Structure with Wakefield Suppression (p. 1258) |
| by Smirnova, E I |
| An Automated 476 MHz RF Cavity Processing Facility at SLAC (p. 1273) |
| by McIntosh, P |
| TRIUMF ISAC RF System Improvements after 2 Years of Operational Experience (p. 1285) |
| by Bylinsky, I |
| RF Acceleration System at HIRFL-CSR Main Ring (p. 1288) |
| by Zhang, W |
| Microphonics Measurements in SRF Cavities for RIA (p. 1291) |
| by Kelly, M P |
| Superconducting 345 MHz Two-Spoke Cavity for RIA (p. 1294) |
| by Shepard, K W |
| Superconducting Intermediate-Velocity Cavity Development for RIA (p. 1297) |
| by Shepard, K W |
| Design of a Superconducting Linac Cavity for High-Current Energy Recovery Linac Operation (p. 1300) |
| by Wang, D |
| Experimental Results on 700 MHz Multicell Superconducting Cavity for Proton Linac (p. 1303) |
| by Visentin, B |
| Using Passive Superconducting Cavities for Bunch Shortening in CESR (p. 1306) |
| by Belomestnykh, S |
| Using Passive Cavities for Bunch Shortening in CESR (p. 1306) |
| by Belomestnykh, S |
| First RF test at 4.2K of a 200MHz Superconducting NB-CU Cavity (p. 1309) |
| by Geng, R |
| A 1500MHz Niobium Cavity Made of Electropolished Half-Cells (p. 1312) |
| by Geng, R |
| An Optimized Shape Cavity for TESLA : Concept and Fabrication(p. 1314) |
| by Shemelin, Valery D |
| Overview of the Cornell ERL Injector Cryomodule (p. 1317) |
| by Liepe, M |
| First Studies for a Low Temperature Higher-Order-Mode Absorber for the Cornell ERL Prototype (p. 1320) |
| by Liepe, M |
| New Possibilities for Superconducting Cavity Testing at Cornell University (p. 1323) |
| by Liepe, M |
| Microphonic Detuning in the 500 MHz Superconducting CESR Cavities (p. 1326) |
| by Liepe, M |
| Microphonics Detuning in the 500 MHz Superconducting CESR Cavities (p. 1326) |
| by Liepe, M |
| RF Parameter and Field Stability Requirements for the Cornell ERL Prototype (p. 1329) |
| by Liepe, M |
| Successful Beam Test of the HOM Free Superconducting SOLEIL Cavity Prototype at the ESRF (p. 1332) |
| by Jacob, J |
| Higher Order Mode Investigation of Superconducting CH Structures and Status of the CH Prototype Cavity (p. 1335) |
| by Podlech, H |
| High Power RF Tests on Input Couplers for 972MHz Superconducting Cavities in the J-PARC Project (p. 1338) |
| by Kako, E |
| Results of Two LANL Beta = 0.175, 350-MHz, 2-Gap Spoke Cavities (p. 1341) |
| by Bosotti, Angelo |
| Q Disease on 350-MHz Spoke Cavities (p. 1344) |
| by Tajima, T |
| Update on RF System Studies and VCX Fast Tuner Work for the RIA Driver Linac (p. 1347) |
| by Rusnak, B |
| Cryomodule Design for the Rare Isotope Accelerator (p. 1350) |
| by Grimm, T |
| Experimental Study of a 322 MHz v/c=0.28 Niobium Spoke Cavity (p. 1353) |
| by Grimm, T |
| X-Ray Tomography of Superconducting RF Cavities (p. 1356) |
| by Grimm, T |
| Mechanical Properties, Microstructure, and Texture of Electron Beam Butt Welds in High Purity Niobium (p. 1359) |
| by Grimm, T |
| Simulation of Quench Dynamics in SRF Cavities under Pulsed Operation (p. 1365) |
| by Kim, S H |
| The Numerical Analysis of Higher-Order Modes for Superconducting RF Cavity at SRRC (p. 1368) |
| by Chou, P J |
| Effects of Material Properties on Resonance Frequency of a CESR-III Type 500 MHz SRF Cavity (p. 1371) |
| by Lin, M C |
| Preliminary Studies of Electric and Magnetic Field Effects in Superconducting Niobium Cavities (p. 1374) |
| by Ciovati, G |
| Improved Prototype Cryomodule for the CEBAF 12 GeV Upgrade (p. 1377) |
| by Daly, E F |
| Lorentz Detuning of Superconducting Cavities with Unbalanced Field Profiles (p. 1380) |
| by Delayen, J |
| Piezoelectric Tuner Compensation of Lorentz Detuning in Superconducting Cavities (p. 1383) |
| by Delayen, J |
| Investigation into the Effectiveness of the JLAB High Pressure Rinsing System (p. 1386) |
| by Mammosser, J |
| Towards Strongly HOM-Damped Multi-Cell RF Cavities (p. 1389) |
| by Rimmer, R A |
| Active HOMs Excitation in the First Prototype of Superstructure (p. 1392) |
| by Sekutowicz, J |
| Cavities for JLAB's 12 GeV Upgrade (p. 1395) |
| by Sekutowicz, J |
| Field Emission Studies from Nb Surfaces Relevant to SRF Cavities (p. 1398) |
| by Wang, T |
| Niobium Thin Film Properties Affected by Deposition Energy during Vacuum Depostion (p. 1401) |
| by Wu, G |
| Magnetostrictive Tuners for SRF Cavities (p. 1407) |
| by Tai, Chiu-Ying |
| Fabrication, Test and First Operation of Superconducting Accelerator Modules for Storage Rings (p. 1410) |
| by Pekeler, M |
| Beam Photography : A technique for Imaging Dark Currents(p. 1413) |
| by Gruber, P |
| Rebuilding WR-340 and WR-284 Waveguide Switches to Meet Higher Power at the Advanced Photon Source (p. 1416) |
| by Berg, S |
| Conducting Research and Operator Training While Maintaining Top-up Reliability Using the Advanced Photon Source Linear Accelerator (p. 1419) |
| by Pasky, S |
| Bidirectional Coupler Optimization in WR284-Type Waveguide (p. 1422) |
| by Smith, T L |
| Calibration of RHIC Electron Detector (p. 1425) |
| by He, P |
| Integration of the Beam Scraper and Primary Collimator in the SNS Ring (p. 1428) |
| by Ludewig, H |
| Vibration Studies on a Superconducting RHIC Interaction Region Quadrupole Triplet (p. 1431) |
| by Montag, C |
| Mechanical Dynamic Analysis of the LHC ARC Cryo-magnets (p. 1434) |
| by Capatina, O |
| Digital Cryogenic Control System for Superconducting RF Cavities in CESR (p. 1437) |
| by Quigley, P |
| Autopsy Results of Failed Lithium Collection Lenses at the FNAL Antiproton Source (p. 1440) |
| by Hurh, P |
| The Design of a Diffusion Bonded High Gradient Collection Lens for the FNAL Antiproton Source (p. 1443) |
| by Hurh, P |
| Beamline Design for Particle Production Experiment, E907, at FNAL (p. 1446) |
| by Johnstone, C |
| Lithium Collection Lens Filling Process for Fermilab Antiproton Source (p. 1449) |
| by Schultz, R |
| Li Material Testing- Fermilab Antiproton Source Lithium Collection Lens (p. 1452) |
| by Tariq, S |
| Beam Study with RF Choppers in the MEBT of the J-PARC Proton Linac (p. 1455) |
| by Kato, T |
| Spallation Neutron Source High-Power RF Transmitter Design for High Availability, Ease of Installation and Cost Containment (p. 1458) |
| by Bradley, J |
| Completion of CCL Hot Model for SNS-Linac R&D Program (p. 1461) |
| by Hardekopf, R |
| Operational Performance of the SNS LLRF Interim System (p. 1464) |
| by Ratti, A |
| Beam Dump Window Design for the Spallation Neutron Source (p. 1467) |
| by Henderson, S |
| Status of Timing System and Its Upgrade for the PLS Storage Ring (p. 1470) |
| by Chun, M H |
| Electrical Power and Grounding Systems Study and Improvement at TLS (p. 1476) |
| by Chang, J C |
| De-Ionized Cooling Water System Study and Improvement at TLS (p. 1479) |
| by Chung, Moses |
| Air Temperature Control Improvement for the Storage Ring Tunnel (p. 1482) |
| by Chang, J C |
| Machine Protection for High Average Current Linacs (p. 1485) |
| by Jordan, K |
| A Mechanical Tuner for the ISAC-II Quarter Wave Superconducting Cavities (p. 1488) |
| by Laxdal, R E |
| The Jefferson Lab Quality Assurance Program for the SNS Superconducting Linac Accelerator Project (p. 1491) |
| by Ozelis, J P |
| Utilization of Integrated Process Control, Data Capture, and Data Analysis in Construction of Accelerator Systems. (p. 1494) |
| by Ozelis, J P |
| Study of Coherent Radiation from an Electron Beam Prebunched at the Photocathode (p. 1497) |
| by Neumann, J |
| A Solid-State Transmitter for the Argonne Advanced Photon Source (p. 1500) |
| by Roth, I S |
| Basis for the Reliability Analysis of the Proton Linac for an ADS Program (p. 1506) |
| by Sertore, D |
| Beam Commissioning of the J-PARC Linac Medium Energy Beam Transport at KEK (p. 1509) |
| by Fukuda, Shigeki |
| H- Painting Injection System for the J-PARC 3GeV High Intensity Proton Synchrotron (p. 1512) |
| by Watanabe, Takahiro |
| Particle-Beam Behavior in the SNS Linac with Simulated and Reconstructed Beams (p. 1515) |
| by Nath, S |
| Particle-in-Cell Simulations of the High Current Experiment (p. 1518) |
| by Celata, C M |
| Design Choices for the Integrated Beam Experiment (IBX) (p. 1521) |
| by Leitner, M A |
| Beam in Gap Measurements at the SNS Front-End (p. 1524) |
| by Aleksandrov, A |
| ISIS Megawatt Upgrade Plans (p. 1527) |
| by Bailey, James L |
| Improvements for the Third Generation Plasma Wakefield Experiment E-164 at SLAC (p. 1530) |
| by Oz, Erdem |
| A Slab-Symmetric Dielectric-Loaded Structure for High-Gradient Acceleration at THz (p. 1533) |
| by Yoder, R |
| A Lie Transform Perturbation Scheme for Hamiltonian Averaging in Self Consistent Systems (p. 1536) |
| by Sonnad, Kiran G |
| Beam Test of a CW Microtron with a 500 MHz RF Cavity for Industrial Applications (p. 1539) |
| by Tanaka, H |
| Commissioning Results of Slow Extraction of Heavy Ions from the AGS Booster (p. 1542) |
| by Bellavia, Steven |
| Status of Slow Extraction of High Intensity Protons from Brookhaven's AGS (p. 1545) |
| by Brown, K A |
| LHC Pilot Bunches from the CERN PS Booster (p. 1548) |
| by Benedikt, Michael |
| An 8-GeV Synchrotron-Based Proton Driver (p. 1551) |
| by Chou, W |
| A New Antiproton Beam Transfer Scheme without Coalescing (p. 1554) |
| by Chou, W |
| Applying Virtual Prototyping to the Innovative Design of Low Energy Accelerators (p. 1560) |
| by Fan, M |
| First Tests of a CW RFQ Injector for the IUCF Cyclotrons (p. 1563) |
| by Derenchuk, V P |
| Longitudinal Tracking Studies for the AHF Booster Synchrotron (p. 1566) |
| by Rybarcyk, L J |
| The Commissioning Plan for the Spallation Neutron Source Ring and Transport Lines (p. 1569) |
| by Dodson, George W |
| Exploration of Beam Fault Scenarios for the Spallation Neutron Source Target (p. 1572) |
| by Henderson, S |
| Superstructures for High Current FEL Application (p. 1575) |
| by Sekutowicz, J |
| Investigation of Space Charge Effect in TRIUMF Injection Beamline (p. 1578) |
| by Baartman, R |
| Feasibility Studies for a Radioactive-Ion Storage Ring (p. 1581) |
| by Craddock, Michael |
| The TRIUMF 500 MeV Cyclotron : Present Operation and Intensity Upgrade(p. 1584) |
| by Dutto, G |
| Fermilab Booster Orbit Correction (p. 1587) |
| by Coney, L |
| CRYRING Progress : Weak Beams, Rare Ions and Ordering(p. 1590) |
| by Kèllberg, A |
| Design of a Racetrack Microtron to Operate Outside the Phase Stability Region (p. 1593) |
| by Martins, M N |
| Beam Transport System for the IFUSP Microtron (p. 1596) |
| by Martins, M N |
| Insights in the Physics of the Dynamic Detuning in SRF Cavities and its Active Compensation (p. 1599) |
| by Doleans, Marc |
| Contruction of User Facilities for the Proton Beam Utilization of PEFP (Proton Engineering Frontier Project) (p. 1602) |
| by Kim, K R |
| The Bunching System Based on the Evanescent Oscillations (p. 1605) |
| by Perezhogin, S A |
| Pulsed Electron Accelerator for Radiation Technologies (p. 1608) |
| by Korenev, S |
| The Real-Time System of Electron Beam Dose Measurements for Industrial Accelerators (p. 1611) |
| by Korenev, S |
| Target for Production of X-Rays (p. 1614) |
| by Korenev, S |
| Simulation Tool for Scanning X-Ray Beams Irradiator (p. 1616) |
| by Popov, G F |
| Radiation Processing of Composites for Orthopaedic Implants (p. 1619) |
| by Popov, G F |
| Design Studies of an Electrostatic Storage Ring (p. 1622) |
| by Welsch, C P |
| Up-Graded RHIC Injection Kicker System (p. 1625) |
| by Hahn, H |
| Super-Invar as a Target for Pulsed High-Intensity Proton Beams (p. 1628) |
| by Kirk, H |
| A High-Field Pulsed Solenoid Magnet for Liquid Metal Target Studies (p. 1631) |
| by Kirk, H |
| Moving Solid Metallic Targets for Pion Production in the Muon Collider / Neutrino Factory Project (p. 1634) |
| by Thieberger, P |
| Injection Acceleration and Extraction of High Intensity Proton Beam for the "Neutrino Facility" Project at BNL (p. 1637) |
| by Tsoupas, N |
| Advancement of the RHIC Beam Abort Kicker System (p. 1640) |
| by Zhang, W |
| Final Results on the CERN PS Electrostatic Septa Consolidation Program (p. 1643) |
| by Borburgh, Jan |
| LHC beam dumping system : Extraction channel layout and acceptance(p. 1646) |
| by Goddard, B |
| Performance of Antiproton Injection and Extraction Transfer Lines of the Recycler Ring at Fermilab (p. 1649) |
| by Marchionni, A |
| Initial Operation of the Fermilab MiniBooNE Beamline (p. 1652) |
| by Moore, Cristopher |
| Highly efficient crystal deflector for channeling extraction of a proton beam from accelerators (p. 1655) |
| by Guidi, V. |
| DA$\Phi$NE Beam Test Facility Commissioning (p. 1658) |
| by Mazzitelli, G |
| Fabrication of MEBT Chopper for the Spallation Neutron Source (p. 1661) |
| by Hardekopf, R |
| The Mechanical Design of a Proton Microscope for Radiography at 800 MeV (p. 1664) |
| by Valdiviez, R |
| Ionization Cross-Sections in Ion-Atom Collisions for High Energy Ion Beams (p. 1667) |
| by Kaganovich, I D |
| A Proposal for an Additional Beamline to the TRIUMF ISAC Facility (p. 1670) |
| by Stinson, G M |
| Electro-Mechanical Design for Injection in the University of Maryland Electron Ring (p. 1673) |
| by Walter, M |
| Beam Optics Design on a New Injection Scheme for the University of Maryland Electron Ring (UMER) (p. 1676) |
| by Li, H |
| Beam Extraction of the POP FFAG with a Massless Septum (p. 1679) |
| by Yonemura, Y |
| Heavy Ion Beams in the LHC (p. 1682) |
| by Jowett, John M |
| Abort Gap Studies and Cleaning during RHIC Heavy Ion Operation (p. 1685) |
| by Drees, A |
| Results from Vernier Scans at RHIC during the PP Run 2001-2002 (p. 1688) |
| by Drees, A |
| New Results from Crystal Collimation at RHIC (p. 1691) |
| by Fliller, R P |
| Commissioning of a First-Order Transition Jump in RHIC (p. 1694) |
| by Kewisch, J |
| Commissioning Spin Rotators in RHIC (p. 1697) |
| by MacKay, W W |
| Design of a Fast Chromaticity Jump in RHIC (p. 1700) |
| by Montag, C |
| Nonlinear Effects in the RHIC Interaction Regions : Measurement and Correction(p. 1703) |
| by Pilat, F |
| Commissioning of RHIC Deuteron-Gold Collisions (p. 1706) |
| by Satogata, T |
| Concept Design of the Target/Horn System for the BNL Neutrino Oscillation Experiment (p. 1709) |
| by Simos, N |
| High Luminosity ss*=0.5m RHIC Insertions (p. 1712) |
| by Tepikian, S |
| The RHIC Injector Accelerator Configurations, and Performance for the RHIC 2003 Au-d Physics Run (p. 1715) |
| by Ahrens, L |
| The LHC Proton Beam in the CERN SPS : an Update(p. 1718) |
| by Arduini, Gianluigi |
| Protection Devices in the Transfer Lines to the LHC (p. 1721) |
| by Burkhardt, H |
| The PS 13.3-20 MHZ RF Systems for LHC (p. 1724) |
| by Garoby, R |
| Present Understanding of Electron Cloud Effects in the Large Hadron Collider (p. 1727) |
| by Arduini, Gianluigi |
| Analysis of the b2 Correction in the Tevatron (p. 1730) |
| by Bauer, P |
| Slip Stacking Experiments at Fermilab Main Injector (p. 1736) |
| by Koba, K |
| Accelerator related backgrounds in the LHC forward detectors (p. 1742) |
| by Mokhov, N V |
| Energy deposition limits in a Nb$_{3}$Sn separation dipole placed in front of the LHC high-luminosity inner triplet (p. 1748) |
| by Kashikhin, V V |
| Energy Deposition Limits in a Nb$_{3}$Sn Separation Dipole in Front of the LHC High-Luminosity Inner Triplet (p. 1748) |
| by Mokhov, N V |
| Longitudinal Bunch Dynamics in the Tevatron (p. 1751) |
| by Moore, R |
| Beam Losses at Injection Energy and during Acceleration in the Tevatron (p. 1754) |
| by Sen, T |
| Experimental Studies of Beam-Beam Effects in the Tevatron (p. 1757) |
| by Sen, T |
| Theoretical Studies of Beam-Beam Effects in the Tevatron at Collision Energy (p. 1760) |
| by Sen, T |
| Tevatron Run II Luminosity, Emittance and Collision Point Size (p. 1763) |
| by Slaughter, J |
| Antiproton Acceleration in the Fermilab Main Injector Using 2.5 MHz (H=28) and 53 MHz (H=588) RF Systems (p. 1769) |
| by Wu, V |
| Simulations of Octupole Compensation for Head-Tail Instability at the Tevatron (p. 1775) |
| by Xiao, M |
| The Special Applications of Tevatron Electron Lens in Collider Operation (p. 1778) |
| by Zhang, X L |
| Upgrades of the Tevatron Electron Lens (p. 1781) |
| by Tkachenko, Vadim |
| Design Study of 1 MHz Induction Cavity for Induction Synchrotron (p. 1784) |
| by Torikai, K |
| Progress in Designing a Muon Cooling Ring with Lithium Lenses (p. 1787) |
| by Fukui, Y |
| Longitudinal Bunch Rotation Scheme in a Muon Cooling Ring (p. 1790) |
| by Fukui, Y |
| Gaseous Hydrogen for Muon Beam Cooling (p. 1792) |
| by Johnson, R P |
| MICE : The International Muon Ionization Cooling Experiment(p. 1795) |
| by Torun, Y |
| Bench Measurements of Low Frequency Transverse Impedance (p. 1801) |
| by Caspers, Friedhelm |
| A POP Experiment Scenario of Induction Synchrotron at the KEK 12GeV-PS (p. 1807) |
| by Takayama, K |
| New RF Design for 11.4GHz Dielectric Loaded Accelerator (p. 1810) |
| by Gai, W |
| A Compact Wakefield Measurement Facility (p. 1813) |
| by Power, J G |
| FFAG Lattice for Muon Acceleration with Distributed RF (p. 1816) |
| by Trbojevic, D |
| Proposal for a Pre-Bunched Laser Wakefield Acceleration Experiment at the BNL DUV-FEL Facility (p. 1819) |
| by Wang, X J |
| Short X and Gamma Production with Swept Laser Bunch (p. 1825) |
| by Mikhailichenko, A A |
| Longitudinal Dynamics in an FFAG Accelerator under Conditions of Rapid Acceleration and Fixed, High RF (p. 1831) |
| by Johnstone, C |
| The Integration of Liquid and Solid Muon Absorbers into a Focusing Magnet of a Muon Cooling Channel (p. 1834) |
| by Green, M A |
| Lattices for Milli-eV Neutral Molecules (p. 1837) |
| by Nishimura, H |
| Shaping of Pulses in Optical Grating-Based Laser Systems for Optimal Control of Electrons in Laser Plasma Wake-Field Accelerator (p. 1840) |
| by Toth, C |
| A Fundamental Theorem on Particle Acceleration (p. 1843) |
| by Xie, M |
| Particle-In-Cell Simulations of Optical Injectors for Plasma Accelerators (p. 1846) |
| by Gordon, D F |
| A Simulation for Electron Trapping and Acceleration in Parabolic Density Profile and Ongoing Experimental Plan (p. 1849) |
| by Hafz, Nasr |
| Self-Injection of Electrons from Evolution of Wake Wave (p. 1852) |
| by Kim, C |
| Plasma Wakefield Acceleration of an Intense Positron Beam : Correlation Between Time-Resolved and Time-Integrated Diagnostics(p. 1864) |
| by Blue, B E |
| Status of the Inverse Free Electron Laser Experiment at the Neptune Laboratory (p. 1867) |
| by Musumeci, P |
| The UCLA/NICADD Plasma Density Transition Trapping Experiment (p. 1870) |
| by Thompson, M C |
| Acceleration of Injected Electrons in a Laser Beatwave Experiment (p. 1873) |
| by Tochitsky, S Ya |
| A Proposal to Experimentally Demonstrate a Novel Regime of Electron Vacuum Acceleration by Using a Tightly Focused Laser Beam (p. 1876) |
| by Zhou, F |
| Surface Roughness Effect on a Moving Bunch (p. 1879) |
| by Banna, S |
| Numerical Study of Interference between Transition Radiation and Cerenkov Wake Field Radiation in a Planar Dielectric Structure (p. 1882) |
| by Fang, J M |
| Generation of Single Pulse Particle Beams in a Plasma Channel by Laser Injection in Laser Wakefield Accelerators (p. 1885) |
| by Giacone, R |
| A Method for Tuning Dielectric Loaded Accelerating Structures (p. 1888) |
| by Kanareykin, A |
| A Tunable Dielectric Structure with Built in Transverse Mode Suppression (p. 1891) |
| by Kanareykin, A |
| Transformer Ratio Enhancement Experiment (p. 1894) |
| by Kanareykin, A |
| A Double-Layered, Planar Dielectric Loaded Accelerating Structure (p. 1897) |
| by Kanareykin, A |
| Generation of an Ultra-Short Relativistic-Electron-Bunch by a Laser Wakefield (p. 1900) |
| by Khachatrian, A G |
| Charged Particle Interaction with a Chirped Electromagnetic Pulse (p. 1903) |
| by Khachatrian, A G |
| Laser Wakefield Acceleration Experiment at KERI (p. 1906) |
| by Kim, G H |
| STELLA-II : Demonstration of Monoenergetic Laser Acceleration(p. 1909) |
| by Gottschalk, Stephen C |
| Electron Acceleration by Laser Wakefields in Tapered Plasma Densities (p. 1912) |
| by Suk, H |
| Focusing of 28.5 GeV Electron and Positron Beams in Meter-Long Plasmas (p. 1915) |
| by Muggli, P |
| VORPAL : A Computational Tool for the Study of Advanced Accelerator Concepts(p. 1918) |
| by Nieter, C |
| Towards Realizing Optical Injection of Electrons in Resonantly Excited Plasma Wakefields (p. 1921) |
| by Saleh, N |
| Experimental and Numerical Studies of Dielectric Wake Field Acceleration Devices (p. 1924) |
| by Shchelkunov, Sergey V |
| Multicavity Proton Cyclotron Accelerator (p. 1927) |
| by Wang, C |
| Stability of Electron Orbits in the Strong Wake Fields Generated by a Train of FSEC Bunches (p. 1930) |
| by Wang, C |
| Modeling of Beam-Ionized Sources for Plasma Accelerators (p. 1933) |
| by Deng, S |
| Magnetic Design of a Superconducting AGS Snake (p. 1936) |
| by Gupta, R |
| Engineering of the AGS Snake Coil Assembly (p. 1939) |
| by Anerella, M |
| Status of the LHC Main Dipole Pre-Series Production (p. 1942) |
| by Modena, M |
| The LHC Test String 2 : Results from Run 2(p. 1945) |
| by Saban, R |
| Performance of the First LHC Main Quadrupoles Made in Industry (p. 1948) |
| by Burgmer, R |
| Influence of Azimuthal Coil Size on Skew Multipoles in the LHC Dipoles (p. 1951) |
| by Vanenkov, I |
| Design Considerations for the CESR-c Wiggler Magnets (p. 1954) |
| by Crittenden, James Arthur |
| Improvements in SC Wiggler Performance (p. 1960) |
| by Mikhailichenko, A A |
| To the Radiation of Particles in a Solenoid (p. 1963) |
| by Mikhailichenko, A A |
| Conceptual Design of Large-Bore Superconducting Quadrupoles with Active Magnetic Shielding for the AHF (p. 1966) |
| by Kashikhin, V S |
| Field Quality of the LHC Inner Triplet Quadrupoles being Fabricated at Fermilab (p. 1969) |
| by Feher, Sandor |
| Measurements of Field Decay and Snapback Effect on Tevatron Dipole Magnets (p. 1972) |
| by Velev, G V |
| Aperture Limitations for $2^{nd}$ Generation Nb$_{3}$Sn LHC IR Quadrupoles (p. 1975) |
| by Zlobin, A V |
| Status of LHC Low-Beta Quadrupole Magnets, MQXA, at KEK (p. 1978) |
| by Nakamoto, Tatsushi |
| Force Free Design of Super-Ferric Beam Line Magnet (p. 1981) |
| by Wake, M |
| Field Quality Analysis of a Second Generation IR Quadrupole for the LHC (p. 1984) |
| by Ferracin, P |
| Superconducting Solenoids for the MICE Channel (p. 1987) |
| by Green, M A |
| Superconducting Focusing Quadrupoles for Heavy Ion Fusion Experiments (p. 1990) |
| by Sabbi, G L |
| The Strongest Permanent Dipole Magnet (p. 1993) |
| by Kumada, M |
| Superconducting Double-Helix Accelerator Magnets (p. 1996) |
| by Meinke, R B |
| Measurements of Beam Driven Hydrodynamic Turbulence (p. 1999) |
| by Norem, J |
| Muon Cooling in the RFOFO Ring Cooler (p. 2002) |
| by Fernow, R C |
| Layout and Optics for the RHIC Electron Cooler (p. 2005) |
| by Kewisch, J |
| Muon Storage Rings for 6D Phase-Space Cooling (p. 2008) |
| by Kirk, H |
| Effect of Solenoid Field Errors on Electron Beam Temperatures in the RHIC Electron Cooler (p. 2011) |
| by Montag, C |
| Investigation and Simulation of Muon Cooling Rings with Tilted Solenoids (p. 2017) |
| by Balbekov, V I |
| Commissioning of the Fermilab Electron Cooler Prototype Beam Line (p. 2020) |
| by Kroc, Thomas K |
| Analysis of a Grid Window Structure for RF Cavities in a Muon Cooling Channel (p. 2023) |
| by Ladran, A S |
| Longitudinal Cooling of a Strongly Magnetized Electron Plasma (p. 2026) |
| by Lee Jin Hyung |
| The Advanced Photon Source Injector Test Stand : Phase Two(p. 2029) |
| by Berg, S |
| A New High Intensity Electron Beam for Wakefield Acceleration Studies (p. 2032) |
| by Conde, Manoel |
| Energy-Spread Compensation of a Thermionic-Cathode RF Gun (p. 2035) |
| by Lewellen, J W |
| A Flexible Injector Test Stand Design (p. 2038) |
| by Lewellen, J W |
| Ultrashort Electron Bunches with Low Longitudinal Emittance in Multi-Cell Superconducting RF Guns (p. 2041) |
| by Volkov, V N |
| Generation of Sub-Picosecond Electron Bunches in Superconducting RF Photocathode Injector (p. 2044) |
| by Volkov, V N |
| Tests of Niobium Cathode for the Superconducting Radio Frequency Gun (p. 2047) |
| by Zhao, Q |
| The Analysis of the Cross-Talk in a RF Gun Superconducting Cavity (p. 2050) |
| by Zhao, Y |
| Simulation of High Charge Extraction from the ELSA RF Photo-Injector (p. 2053) |
| by Balleyguier, P |
| Emittance Growth Study Using 3DE Code for the ERL Injector Cavities with Various Coupler Configurations (p. 2056) |
| by Greenwald, Z |
| High Brightness, High Current Injector Design for the Cornell ERL Prototype (p. 2062) |
| by Bazarov, I |
| Measurement of the Beam Energy Spread in the TTF Photo-injector (p. 2074) |
| by Hüening, M |
| Beam Dynamics Studies for the SPARC Project (p. 2077) |
| by Ferrario, M |
| Study and Design of Room Temperature Cavities for an RF Compressor Prototype (p. 2080) |
| by Giove, D |
| RF Surface Resistance of Copper-on-Beryllium at Cryogenic Temperatures Measured by a 22-GHz Demountable Cavity (p. 2083) |
| by Liu, J F |
| An Injector for the Proposed Berkeley Ultrafast X-Ray Light Source (p. 2086) |
| by Lidia, S M |
| Emittance Compensation Studies of Photoinjector Beams with Angular Momentum (p. 2089) |
| by Lidia, S M |
| The LBNL Femtosource 10 kHz Photoinjector (p. 2092) |
| by Staples, J |
| Initial Testing of a Field Symmetrized Dual Feed 2 MeV 17 GHz RF Gun (p. 2095) |
| by Kesar, A S |
| Current Nanopulse Generation in RF Electron Gun with Metal-Dielectric Cathode (p. 2098) |
| by Khodak, I V |
| An Electron Source for a Laser Accelerator (p. 2101) |
| by Colby, E |
| Analysis of Slice Emittance Measurements for the SLAC Gun Test Facility (p. 2104) |
| by Dowell, D |
| Status of the UCLA PEGASUS Laboratory (p. 2110) |
| by Andonian, G |
| The UCLA Pegasus Plane-Wave Transformer Photoinjector (p. 2112) |
| by Travish, G |
| Experimental Characterization of the Electron Source at the Photo Injector Test Facity at DESY Zeuthen (p. 2114) |
| by Krasilnikov, M |
| Velocity Bunching Experiment at the Neptune Laboratory (p. 2117) |
| by Musumeci, P |
| An Integrated Traveling-Wave Photoinjector (p. 2120) |
| by Telfer, S |
| Wedge-Shaped, Large-Aperture, Dipole Magnet Design for the Jefferson Lab FEL Upgrade (p. 2123) |
| by Yu, D |
| PARMELA Simulations of a PWT Photoinjector (p. 2126) |
| by Luo, Y |
| Development of a Polarized Electron Gun Based on an S-Band PWT Photoinjector (p. 2129) |
| by Clendenin, J E |
| Short Multipole Magnet Designs for JLAB FEL Upgrade (p. 2135) |
| by Yu, D |
| Building a Family of Corrector Magnets for SNS Facility (p. 2138) |
| by Badea, S V |
| Design of an Ultra High Vacuum Compatible Copper Septum Magnet (p. 2141) |
| by Mapes, M |
| Mechanical Design of a Ferrite-Based Injection Kicker for SNS Accumulator Ring (p. 2144) |
| by Pai, C |
| Mechanical Design of Fast Extraction Kicker and PFN for SNS Accumulator Ring (p. 2147) |
| by Pai, C |
| Design Considerations for a Lambertson Septum Magnet for the Spallation Neutron Source (p. 2150) |
| by Rank, J |
| Magnetic Field Calculations for a Large Aperture Narrow Quadrupole (p. 2153) |
| by Tsoupas, N |
| Design and Manufacturing of SNS Accumulator Ring and Transport System D.C. Magnets (p. 2156) |
| by Tuozzolo, J |
| Final Test Results for the SNS Ring Dipoles (p. 2159) |
| by Wanderer, P |
| Initial Test of a Fast-Ramped Superconducting Model Dipole for GSI's Proposed SIS200 Accelerator (p. 2162) |
| by Wanderer, P |
| Beam based measurements of hysteresis effects in Fermilab Main Injector magnets (p. 2165) |
| by Brown, B C |
| A New Lambertson Magnet for the FNAL 400 MeV Linac (p. 2168) |
| by Ostiguy, J F |
| Pulse Octupole Magnet System at the Photon Factory Storage Ring (p. 2171) |
| by Miyajima, T |
| Magnetic Measurement of the 10 kW, IR FEL 180 Degree Dipole (p. 2183) |
| by Baggett, K |
| Magnetic Modeling vs. Measurements of the Dipoles for the JLAB KW Free Electron Laser Upgrade (p. 2186) |
| by Biallas, G |
| Magnetic Measurement of the 10 kW, IR FEL Dipole Magnets (p. 2189) |
| by Hiatt, T |
| An Adjustable Permanent Magnet Quadrupole Final Focus System for Low Energy Experiments (p. 2192) |
| by Lim, Jae |
| Permanent Magnet Quadrupole for Final Focus for Linear Collider (p. 2198) |
| by Iwashita, Y |
| A Switching Magnet for the IFUSP Microtron (p. 2201) |
| by Martins, M N |
| Measuring Beta Function and Phase Advance in RHIC with an AC Dipole (p. 2204) |
| by Bai, M |
| Measurement of Linear Coupling Resonance in RHIC (p. 2207) |
| by Bai, M |
| Linear Model for Non-Isosceles Absorbers (p. 2210) |
| by Berg, J S |
| Linear Design of Combined-Function Ionization Cooling Lattices (p. 2213) |
| by Berg, J S |
| Design of FFAGs Based on a FODO Lattice (p. 2216) |
| by Berg, J S |
| End Field Effects in Bend-Only Cooling Lattices (p. 2219) |
| by Berg, J S |
| Linear Coupling Correction with N-Turn Maps (p. 2222) |
| by Fischer, W |
| On-line Monitoring of the Linear Coupling Resonances for the LHC (p. 2225) |
| by Catalan-Lasheras, N |
| Measurement of sextupolar resonance driving terms in RHIC (p. 2228) |
| by Fischer, W |
| Completion of the Sextupole Driving Terms Measurement at the SPS (p. 2231) |
| by Schmidt, F |
| A Technique to Measure Chromaticity Based on the Harmonic Analysis of a Longitudinally Kicked Beam (p. 2234) |
| by Tomás, R |
| Correcting the LHC beta* at Collision (p. 2237) |
| by Verdier, A |
| 2002 Nonlinear Optics Measurements and Modelling for the CERN SPS (p. 2240) |
| by Faus-Golfe, Angeles |
| Slow Ground Motion Modelling of DIAMOND (p. 2243) |
| by Jones, J K |
| Impact of Narrow Gap Undulators on the Advanced Light Source (p. 2246) |
| by Robin, D |
| ID Modeling at the ALS (p. 2249) |
| by Robin, D |
| Maxwell-Lorentz Equations in General Frenet-Serret Coordinates (p. 2252) |
| by Kabel, A C |
| Global Beam Based Alignment Method (p. 2255) |
| by Terebilo, A |
| Generation of Femtosecond Electron Bunches and Hard-X-Rays by Ultra-Intense Laser Wake Field Acceleration in a Gas Jet (p. 2258) |
| by Uesaka, Mitsuru |
| Feedforward Correction of the Pulsed Circularly Polarizing Undulator at the Advanced Photon Source (p. 2261) |
| by Deriy, Boris |
| A Thin Beryllium Injection Window for CESR-c (p. 2264) |
| by Li, Y |
| Diagnosis of Optical Errors with a Precision BPM System at CESR (p. 2267) |
| by Palmer, M A |
| Power Supply Performance Monitoring and Analysis Using Operation Data (p. 2270) |
| by Li, J |
| Status of the Booster Synchrotron for Duke FEL Storage Ring (p. 2273) |
| by Vinokurov, Yury |
| Challenges for Magnetic Design of a Compact Booster Fed by Single Power Supply (p. 2276) |
| by Mikhailov, S F |
| Feasibility Study of a 2 GeV Lepton Collider at DAFNE (p. 2279) |
| by Benedetti, G |
| Bunch Pattern By-3 in PEP-II (p. 2282) |
| by Decker, Franz Josef |
| Injection Related Background due to the Transverse Feedback (p. 2285) |
| by Decker, Franz Josef |
| Progress of the PEP-II B-Factory (p. 2297) |
| by Seeman, J |
| Design Studies for a 1036 Super-B-Factory (p. 2300) |
| by Nosochkov, Yuri |
| Improvements in Aladdin Bend Magnet Stability by Reduction of Leakage Currents (p. 2303) |
| by Wallace, D J |
| Longitudinal Single-Bunch Instabilities for Different Operation Energies at ELETTRA (p. 2306) |
| by De Ninno, G |
| Injection and FEL Lasing with Front End Open at ELETTRA (p. 2309) |
| by De Ninno, G |
| Initial Studies of Longitudinal Dynamics on UMER (p. 2312) |
| by Valfells, A |
| Nonlinear Optimization of a Low Emittance CLIC Damping Ring Lattice (p. 2315) |
| by Korostelev, Maxim S |
| Status of the MAX-III Storage Ring (p. 2318) |
| by LeBlanc, G |
| MAX 4, a 3 GeV Light Source (p. 2321) |
| by LeBlanc, G |
| Bates South Hall Ring Commissioning for Internal Target Experiments (p. 2324) |
| by Van der Laan, J B |
| Connection-Oriented Relational Database of the APS Control System Hardware (p. 2327) |
| by Dohan, Donald |
| Use of a General-Purpose Optimization Module in Accelerator Control (p. 2330) |
| by Emery, L |
| An Operator Training Facility at the Advanced Photon Source (p. 2333) |
| by Lewellen, J W |
| All Digital IQ Servo-System for CERN Linacs (p. 2336) |
| by Rohlev, A |
| Pulsed NMR Magnetometers for CESR (p. 2339) |
| by Meller, R E |
| Requirements for RF Control of TTF II FEL User Facility (p. 2342) |
| by Ayvazyan, Valeri |
| Antiproton Stacking and Un-stacking in the Fermilab Recycler Ring (p. 2345) |
| by Bhat, C M |
| Gated Current Integrator for the Beam in the RR Barrier Buckets (p. 2348) |
| by Bhat, C M |
| Improvement of Photon Factory Advanced Ring Control System (p. 2351) |
| by Obina, T |
| The LANSCE RICE Control System Upgrade (p. 2354) |
| by Schaller, S |
| The Upgrade of HLS Linac Control System (p. 2357) |
| by Liu, G |
| Application Programming Structure and Physics Applications (p. 2360) |
| by Chu, C |
| SNS Global Database Use in Application Programming (p. 2363) |
| by Galambos, J |
| The EPICS Based Virtual Accelerator - Concept and Implementation (p. 2366) |
| by Shishlo, A |
| Accelerator Control Middle Layer (p. 2369) |
| by Terebilo, A |
| Simulated Commissioning of SPEAR 3 Storage Ring (p. 2372) |
| by Terebilo, A |
| A New Real-Time Operating System and Python Scripting on Aladdin (p. 2373) |
| by Eisert, D E |
| Control System for the Superconducting Insertion Devices of NSRRC (p. 2376) |
| by Hsu, K T |
| Low Level RF System for Jefferson Lab Cryomodule Test Facility (p. 2379) |
| by Plawski, T |
| PLC and Linux Based Control System for the CAMD Linac (p. 2382) |
| by Jines, P |
| Cross Platform SCA Component using C++ Builder and Kylix (p. 2385) |
| by Nishimura, H |
| Design of Control System for SAGA Synchrotron Light Source (p. 2387) |
| by Ohgaki, H |
| SNS Ring and Transport System Magnet Acceptance and Installation Preparation (p. 2390) |
| by Tepikian, S |
| Laser-Based Alignment System for the J-PARC Linac (p. 2393) |
| by Ikegami, M |
| A model of ATL ground motion for storage rings (p. 2396) |
| by Wolski, A |
| Design and Operation of the Cryostat for the CESR-C Superconducting Wiggler Magnets (p. 2399) |
| by Codner, Gerald |
| The Pilot-Runs of the Helium Cryogenic System for the TLS Superconducting Cavity (p. 2402) |
| by Hsiao, F Z |
| Design of Cryogenic System for Several Super-Conducting Modules at National Synchrotron Radiation Research Center (p. 2405) |
| by King, T C |
| Techniques for Synchronization of X-Ray Pulses to the Pump Laser in an Ultrafast X-Ray Facility (p. 2408) |
| by Wilcox, Russell |
| Bunch Purity Evolution during APS Storage Ring Top-up Operations (p. 2411) |
| by Lumpkin, Alex H |
| The Feasibility of OTR Imaging of High-Intensity Proton Beams at FNAL (p. 2414) |
| by Lumpkin, Alex H |
| Recent Characterizations of Electron Beams from the APS Linac (p. 2417) |
| by Lumpkin, Alex H |
| Initial CTR-Based Bunch Length Measurements of Linac Beams Following the APS Bunch Compressor (p. 2420) |
| by Lumpkin, Alex H |
| X-Ray Imaging of the APS Storage Ring Beam Stability Effects : from the Alaskan Earthquake to Undulator Field Changes(p. 2423) |
| by Lumpkin, Alex H |
| Super-Conducting Resonator as Beam Induced Signal Pickup (p. 2426) |
| by Pardo, R C |
| Beam Position Monitor Systems for the SNS LINAC (p. 2429) |
| by Power, J |
| Split Scattering Effects in a Well Aligned Pepper Pot (p. 2432) |
| by Power, J G |
| Advanced Photon Source Booster Synchrotron Beam Position Monitor Upgrade and Applications (p. 2435) |
| by Lill, Robert M |
| Tune System Applications at the APS (p. 2438) |
| by Yao, C Y |
| AGS Booster Beam Position, Tune, and Longitudinal Profile Data Acquisition System (p. 2441) |
| by Brown, K A |
| Spallation Neutron Source Ring Diagnostics (p. 2444) |
| by Cameron, P |
| Spallation Neutron Source Beam Loss Monitor System (p. 2447) |
| by Gassner, D M |
| Design and Testing of the New Ion Chamber Loss Monitor for SNS (p. 2450) |
| by Gassner, D M |
| Beam Current Monitor Calibrator for the Spallation Neutron Source (p. 2453) |
| by Kesselman, M |
| Electro-Optic Longitudinal Electron Beam Diagnostic at SDL (p. 2455) |
| by Loos, H |
| A High Dynamic-Range Beam Position Measurement System for ELSA-2 (p. 2458) |
| by Balleyguier, P |
| Upgrades to the Digital Receiver based Low-Intensity Beam Diagnostics for CERN AD (p. 2461) |
| by Angoletta, Maria Elena |
| OTR studies for the high charge CTF3 beam (p. 2464) |
| by Bravin, Enrico |
| Measurement of Beam Position Using Highly-Damped Accelerating Structures (p. 2467) |
| by Prochnow, J |
| Cavity mode related wire breaking of the SPS Wire Scanners and loss measurements of wire materials (p. 2470) |
| by Roncarolo, Federico |
| System Level Implementation of Beam Position Monitors with Local Data Processing Capability for the Cornell Electron Storage Ring (p. 2473) |
| by Palmer, M A |
| Design of OTR beam profile monitors for the TESLA Test Facility, phase 2 (TTF2) (p. 2476) |
| by Honkavaara, K |
| BPM and Orbit Correction Systems at the Duke Storage Ring (p. 2479) |
| by Wu, Y K |
| A Physics Based Control System for the Duke Storage Ring (p. 2482) |
| by Wu, Y K |
| The SNS Linac Wire Scanner System (p. 2485) |
| by Plum, M A |
| Performance of a Beam Monitor in the Fermilab Tevatron Using Synchrotron Light (p. 2488) |
| by Cheung, H W K |
| Measurement of Proton and Anti-proton Intensities in the Tevatron Collider (p. 2491) |
| by Pordes, Stephen |
| Digital Down Conversion Technology for Tevatron Beam Line Tuner at FNAL (p. 2494) |
| by Schappert, W |
| Measurements of the Longitudinal and Transverse Beam Loss at the Tevatron (p. 2497) |
| by Tollestrup, A V |
| Study of a Low Impedance Beam Position Monitor for Short Bunches (p. 2500) |
| by Alesini, D |
| Improved SR Extraction Chamber for KEKB LER SR Monitor (p. 2503) |
| by Flanagan, J W |
| Construction of SR Monitor for Photon Factory Advanced Ring (p. 2506) |
| by Mitsuhashi, T |
| Beam Position Measurement Using Linac Microstructure at the KEK Booster Synchrotron (p. 2509) |
| by Miura, T |
| Beam Position Measurements at Los Alamos : Isotope Production Facility and Switchyard Kicker Upgrade(p. 2512) |
| by Gilpatrick, J D |
| A Multiwire Proportional Chamber System for Monitoring Low Momentum Beam in Accelerators (p. 2515) |
| by Merl, R |
| High Speed Epics Data Acquisition and Processing on One VME Board (p. 2518) |
| by Merl, R |
| Halo Measurements of the Extracted Beam at the Los Alamos Proton Storage Ring (p. 2521) |
| by Zaugg, T J |
| Beam Imaging Diagnostics for Heavy Ion Beam Fusion Experiments (p. 2524) |
| by Bieniosek, F M |
| A Second Beam-Diagnostic Beamline for the Advanced Light Source (p. 2527) |
| by Sannibale, F |
| Development of a Longitudinal Density Monitor for Storage Rings (p. 2530) |
| by Zolotorev, Max S |
| DARHT-II Energy Analyzer (p. 2533) |
| by Paul, A C |
| Progress on a Smith-Purcell Radiation Bunch Length Diagnostic (p. 2536) |
| by Korbly, S |
| Beam Diagnostic System for High Intensity Proton Linac at KAERI (p. 2539) |
| by Park, S J |
| Improved Results from the Gas Scattering Energy Spectrometer on the ISIS RFQ Test Stand (p. 2542) |
| by Letchford, Alan |
| Bunched Beam Cleaning System of SPring-8 Booster Synchrotron (p. 2551) |
| by Aoki, T |
| Beam Position Monitoring System for the 1.5 GeV Transport Line of NSRRC (p. 2554) |
| by Hu, K H |
| Functionality of the Digital Beam Position Monitor Test-Bed in NSRRC (p. 2557) |
| by Kuo, C H |
| Synchrotron Light Interferometer at Jefferson Lab (p. 2560) |
| by Chevtsov, P |
| Development of a BPM Lock-in Diagnostic System (p. 2563) |
| by Dickson, R |
| Large Dynamic Range Beam Profile Measurements (p. 2565) |
| by Freyberger, A |
| Tunneling Ionization Bunch Length Monitor for the Ultrarelativistic Compressed Electron Beams (p. 2568) |
| by Murokh, A |
| Design and Testing of a Fast Beam Position Monitor (p. 2571) |
| by Quinn, B |
| Time Resolved Emittance Measurement in the University of Maryland Electron Ring (p. 2574) |
| by Walter, M |
| Alignment of Components at the University of Maryland Electron Ring (p. 2577) |
| by Walter, M |
| Emittance Measurement by Using Duo Image Pattern of Cherenkov Radiation (p. 2580) |
| by Chen, J |
| Filling Pattern Measurement in the LNLS Storage Ring (p. 2583) |
| by Marques, S R |
| Multichannel Single-Shot Transient Signal Measurements with an Optical Fiber Recirculating Delay Line Loop (p. 2586) |
| by Yin, Yan |
| Compensation of Nonlinear Resonances in the Presence of Space Charge (p. 2589) |
| by Fedotov, A |
| Application of Envelope Instability to High-Intensity Rings (p. 2592) |
| by Okamoto, Hiromi |
| Spill Structure in Intense Beams (p. 2595) |
| by Glenn, J |
| Electron-Cloud Mitigation in the Spallation Neutron Source Ring (p. 2598) |
| by Wei, J |
| On Emittance Evolution in the Extraction System of High-Current Electron and Ion Sources (p. 2601) |
| by Lagniel, J M |
| Resistive-Wall Wake for Non-Ultrarelativistic Beams (p. 2604) |
| by Zimmermann, Frank |
| Effects of Space Charge on Decoherence in Ion Beams (p. 2607) |
| by Rumolo, Giovanni |
| Space Charge Effects during the Injection Period of the KEK PS Main Ring (p. 2610) |
| by Igarashi, S |
| Challenge of Benchmarking Simulation Codes for the LANL Beam-Halo Experiment (p. 2613) |
| by Garnett, Robert |
| High Brightness Potassium Ion Gun for the HIF Neutralized Transport Experiment (NTX) (p. 2616) |
| by Eylon, S |
| Final Focus System for High Intensity Beams (p. 2619) |
| by Henestroza, E |
| Neutralized Transport of High Intensity Beams (p. 2622) |
| by Henestroza, E |
| Non-Intercepting Diagnostic for the HIF Neutralized Transport Experiment (p. 2625) |
| by Roy, P K |
| Magnetic Lattice for the HIF Neutralized Transport Experiment (NTX) (p. 2628) |
| by Shuman, D B |
| Analytical Study of Envelope Modes for a Fully Depressed Beam in Solenoidal and Quadrupole Periodic Transport Channels (p. 2631) |
| by Lund, S M |
| Influence of Conducting Plate Boundary Conditions on the RMS Envelope Equations Describing Intense Ion Beam Transport (p. 2634) |
| by Lund, S M |
| Realistic Modeling of Chamber Transport for Heavy-Ion Fusion (p. 2637) |
| by Sharp, W M |
| Reverted Resonant "Wakefield" (p. 2640) |
| by Masunov, E S |
| Three-Dimensional Modeling of Intense Bunched Beams in RF Accelerators and Sources (p. 2643) |
| by Bhatt, Ronak |
| Beam Halo Formation and Loss Induced by Image-Charge Effects in a Small-Aperture Alternating-Gradient Focusing System (p. 2646) |
| by Zhou, J |
| Initial Experimental Results of the Small Isochronous Ring (SIR) (p. 2649) |
| by Rodríguez, J |
| SNS Linac Commissioning - Transverse Matching (p. 2652) |
| by Jeon, D |
| Recent Results from the Paul Trap Simulator Experiment (p. 2655) |
| by Qin, H |
| Drift Compression and Final Focus of Intense Heavy Ion Beam (p. 2658) |
| by Qin, H |
| RF Plasma Source for Heavy Ion Beam Charge Neutralization (p. 2661) |
| by Efthimion, P C |
| Simulating Accelerator Structure Operation at High Power (p. 2664) |
| by Ivanov, V |
| A Modified QuadScan Technique for Emittance Measurement of Space Charge Dominated Beams (p. 2667) |
| by Limborg, C G |
| Calculation of the Maximum Stored Beam Current Considering the Phase Noise of a Generator RF Signal (p. 2670) |
| by Chang, L H |
| Space-Charge-Dominated Phenomena in the UMER Source Region (p. 2673) |
| by Haber, I |
| Main Regularities of Particle Redistribution in Space Charge-Dominated Beam Transport and Bunching (p. 2679) |
| by Bondarev, B I |
| Angular Momentum Measurement of the FNPL Electron Beam (p. 2682) |
| by Mihalcea, Daniel |
| Multiple Beam Interaction Studies in Heavy Ion Fusion (p. 2685) |
| by Welch, D R |
| Observation of Coherent Microwave Transition Radiation in the APS Linac (p. 2688) |
| by Decker, G |
| RHIC Transverse Injection Damping (p. 2691) |
| by Drees, A |
| RHIC Electron Detector Signal Processing Design (p. 2694) |
| by Gullotta, J |
| Multi-Million-Turn Beam Position Monitors for RHIC (p. 2697) |
| by Satogata, T |
| Waveguide Mode Reflectometry for Obstacle Detection in the LHC Beam Pipe Including Signal Attenuation (p. 2700) |
| by Kroyer, Tom |
| Tune Measurement Methods of the Tevatron (p. 2703) |
| by Tan, C Y |
| The SNS Laser Profile Monitor Design and Implementation (p. 2706) |
| by Hunter, Ted |
| Design of an Optical Diffraction Radiation Beam Size Monitor at SLAC FFTB (p. 2709) |
| by Urakawa, Junji |
| Measurement of Electron Beam Divergence Using OTR-ODR Interferometry (p. 2712) |
| by Fiorito, R B |
| A New Tool for Beam-Life Research at HLS Storage Ring (p. 2715) |
| by Li Yu Xiong |
| New Design of the TESLA Interaction Region with l* = 5 m (p. 2718) |
| by Payet, Jacques |
| Optimum Choice of RF Frequency for Two Beam Linear Colliders (p. 2721) |
| by Braun, Hans Heinrich |
| Progress in the Design of a Damped and Tapered Accelerating Structure for CLIC (p. 2724) |
| by Raguin, J Y |
| Main Linac Emittance Growth and Luminosity in Future Linear Colliders (p. 2727) |
| by Schulte, Daniel |
| Bunch-to-bunch energy stability test of the Nb prototypes of the TESLA superstructure (p. 2730) |
| by Ayvazian, V |
| Intra-Bunch-Train Luminosity Optimisation for the TESLA Linear Collider (p. 2733) |
| by Walker, N |
| Simulations of the TESLA Linear Collider with a Fast Feedback System (p. 2733) |
| by Schulte, Daniel |
| Simulations of the Static Tuning for the TESLA Linear Collider (p. 2736) |
| by Schulte, Daniel |
| Comparison of the TESLA, NLC and CLIC Beam-Collimation System Performance (p. 2739) |
| by Walker, N |
| CTF3 Prototypes : Design, Tests and Measurements(p. 2742) |
| by Ghigo, A |
| Harmonic Cavities for the NLC Damping Rings (p. 2745) |
| by Wolski, A |
| A Test of NLC-Type Beam Loading in the SLAC Linac (p. 2754) |
| by Woods, Mike |
| Implementation of dynamic misalignments and luminosity stabilization (p. 2757) |
| by Hendrickson, L |
| A Recipe for linear collider final focus system design (p. 2766) |
| by Seryi, Andrei |
| Wigglers and Single-Particle Dynamics in the NLC Damping Rings (p. 2772) |
| by Venturini, M |
| A Lattice with Larger Momentum Compaction for the NLC Main Damping Rings (p. 2775) |
| by Woodley, M |
| Feedback on Nanosecond Timescales : Fast Feedback Simulations(p. 2778) |
| by White, G R |
| Form-Factor for a Target Used for Positron Generation with Undulator Radiation Conversion (p. 2781) |
| by Mikhailichenko, A A |
| Pulsed Undulator to Test Polarized Positron Production at SLAC (p. 2784) |
| by Mikhailichenko, A A |
| The Technical Realisation of RF Kickers for CLIC Test Facility CTF3 (p. 2787) |
| by Plawski, E |
| Development of Room Temperature Accelerating Structures for the RIA (p. 2790) |
| by Vinogradov, N E |
| AGS Upgrade to 1-MW with a Super-Conducting Linac Injector (p. 2793) |
| by Ruggiero, A G |
| Study of a 10-MW Continuous Spallation Neutron Source (p. 2796) |
| by Ruggiero, A G |
| Results of the IPHI Drift Tube Linac's Hot Model CW Tests (p. 2799) |
| by Bernaudin, P E |
| Beam Dynamics Studies in SPIRAL II Linac (p. 2802) |
| by Duperrier, R |
| Instabilities Study and Implications for the RIA Project (p. 2805) |
| by Duperrier, R |
| A SCRF Linac as a FEL Driver and Storage Ring Injector (p. 2808) |
| by Rose, J |
| Beam Dynamic Calculations for the Superconducting COSY Injector Linac (p. 2811) |
| by Lehrach, A |
| Debuncher Developing for H and D Beams Injection into COSY Ring (p. 2814) |
| by Vasyukhin, Nikita |
| The RFQ-Injector for COSY-SCL (p. 2817) |
| by Kühnel, K U |
| Design of a Superconducting CH-Cavity for Low- and Medium Beta Ion and Proton Acceleration (p. 2820) |
| by Liebermann, H |
| Cold-Model Tests of an Annular Coupled Structure for Upgrade of a J-PARC Linac (p. 2826) |
| by Paramonov, Valentin |
| Low Power Test of RFQ Mock-up Modules at 175MHz for IFMIF Project (p. 2829) |
| by Maebara, S |
| Development of a Low-Energy Proton Accelerator System for the Proton Engineering Frontier Project (PEFP) (p. 2832) |
| by Han, J M |
| Tuning of the RF Field of the DTL for the J-PARC (p. 2835) |
| by Naito, F |
| High-Gradient Tests on S-Band 2m-Long Accelerating Structures for KEKB Injector Linac (p. 2838) |
| by Hanaki, Hirofumi |
| Mechanical Design of the Drift-Tube Linac (DTL) for the Spallation Neutron Source (p. 2841) |
| by Ilg, T |
| Fabrication and Tuning of the SNS CCL Hot Model (p. 2844) |
| by Bultman, N K |
| RIA Fragmentation Line Beam Dump (p. 2847) |
| by Stein, W |
| Analysis of a Multi-Spoke Option for the RIA Driver Linac (p. 2849) |
| by Gorelov, D |
| Numerical Design and Optimization of Cooling System for 2 MeV Traveling Wave Accelerator (p. 2852) |
| by Cao, Jianshe |
| Impact of Cavity RF Field Phase and Amplitude Control Uncertainties on the SNS Linac (p. 2855) |
| by Jeon, D |
| The Low Level RF System for 100MV Proton Linac of KOMAC (p. 2857) |
| by Yu, I H |
| Status of the Production Electropolishing System at JLAB (p. 2860) |
| by Mammosser, J |
| Gradient Optimization for SC CW Accelerators (p. 2863) |
| by Schneider, W J |
| Mechanical Cavity Design for 100MV Upgrade Cryomodule (p. 2866) |
| by Wilson, K M |
| Commissioning-Results of the REX-ISOLDE Linac (p. 2869) |
| by Emhofer, S |
| An Energy Upgrade of the REX-ISOLDE Linac (p. 2872) |
| by Kester, O |
| Front End Design of the RIA Driver Linac (p. 2875) |
| by Kolomiets, A A |
| High Power Electron S-band Linac for Industrial Purposes (p. 2878) |
| by Kushnir, V A |
| Pulsed Heating Experiments at 34 GHz (p. 2881) |
| by Nezhevenko, O A |
| The Vacuum Systems for PEFP Linac (p. 2884) |
| by Park, M Y |
| Series Production of Copper and Niobium Cavities for the Spallation Neutron Source (p. 2887) |
| by Pekeler, M |
| Continued Development of the RFI Linac Structure (p. 2889) |
| by Swenson, D A |
| Linear Coupling of RMS Emittances (p. 2895) |
| by Teng, L C |
| Proposal of Partial Siberian Snake based on Helical Magnets for AGS (p. 2898) |
| by Shatunov, Yu M |
| Action and Phase Analysis to Determine Sextupole Errors in RHIC and the SPS (p. 2901) |
| by Cardona, J |
| Beam Diffusion Measurements at RHIC (p. 2904) |
| by Fliller, R P |
| Measurement of the Nonlinear Momentum Compaction Factor in RHIC (p. 2907) |
| by Montag, C |
| Adiabatic Capture of Charged Particles in Stable Islands : A Novel Approach to Multi-Turn Extraction(p. 2910) |
| by Cappi, R |
| Optics Studies for the CERN Proton Synchrotron Machine : Linear and Nonlinear Modelling using Beam Based Measurements(p. 2913) |
| by Cappi, R |
| Measurements of Transverse Space-Charge Effects in the CERN Proton Synchrotron (p. 2916) |
| by Giovannozzi, Massimo |
| Beam-Based BPM Alignment (p. 2919) |
| by Talman, R |
| Barrier RF Stacking at Fermilab (p. 2922) |
| by Chou, W |
| Fermilab Booster Modeling and Space Charge Study (p. 2925) |
| by Chou, W |
| Analysis and Measurements of Emittance Dilution from Vacuum Windows in the Fermilab Recycler Transfer Lines (p. 2931) |
| by Johnstone, C |
| Automatic Beamline Correction (p. 2934) |
| by Kobilarcik, T |
| Increasing the Intensity of the Fermilab Booster (p. 2936) |
| by Webber, Robert C |
| Space Charge in the FNAL Booster : Experiment and Modeling(p. 2939) |
| by Spentzouris, P |
| End-to-End Simulations of a Superconducting Deuteron CH-DTL for IFMIF (p. 2942) |
| by Sauer, A |
| Developments in Linear and Non-Linear DAFNE Lattice (p. 2945) |
| by Milardi, C |
| Jitter Control and Scraping in the 12-View AHF HEBT (p. 2948) |
| by Blind, B |
| The Use of Electric Multipole Lenses for Bending and Focusing Polar Molecules, with Application to the Design of a Rotational-State Separator (p. 2951) |
| by Kalnins, J G |
| Space-Charge Driven Emittance Growth in a 3D Mismatched Anisotropic Beam (p. 2954) |
| by Qiang, J |
| Pulse Compression Via Velocity Bunching with the LLNL Thomson X-Ray Source Photoinjector (p. 2957) |
| by Anderson, S G |
| Eliminating the Spot Dilution due to Kicker Switching in DARHT-II (p. 2960) |
| by Chen, Y J |
| RF Focusing Methods for Heavy Ions in Low Energy Accelerators (p. 2963) |
| by Masunov, E S |
| Image-Charge Effects on the Envelope Dynamics of an Unbunched Intense Charged-Particle Beam (p. 2966) |
| by Qian, B L |
| Random-Regular Accelerating Structures (p. 2969) |
| by Kramarenko, K Yu |
| The Beam Dynamics Studies of Combined Misalignments and RF Errors for RIA (p. 2972) |
| by Wu, X |
| Plasma Neutralization Models for Intense Ion Beam Transport in Plasma (p. 2975) |
| by Kaganovich, I D |
| Intense Sheet Beam Stability Properties for Uniform Phase-Space Density (p. 2978) |
| by Startsev, E A |
| Characteristics of Pulse Compression in Laser Pulse Amplification by Stimulated Raman Backscattering (p. 2984) |
| by Kim, J B |
| Effect of Preplasmas on High-Energy Ion Generation by an Intense Laser Pulse Irradiated on Overdense Plasmas (p. 2987) |
| by Lee, H J |
| New Regions of Stability for Periodically Focused Particle Beams (p. 2990) |
| by Pakter, R |
| Coupling Impedances for Corrugated Beam Pipes from Impedance Boundary Conditions (p. 2993) |
| by Petracca, S |
| The Gaussian Approximation for a Purely Inductive Wake Function (p. 2996) |
| by Petracca, S |
| Electromagnetic Fields in the Toroidal Region of LHC-Like Rings (p. 2999) |
| by Petracca, S |
| Non-Coulomb Perturbations Influence on Beam Dynamics in Extended Accelerating/Focusing Channels (p. 3002) |
| by Bondarev, B I |
| Acceleration and Self-Focused Particle Beam Drivers (p. 3005) |
| by Zadorozhny, V |
| Vertical Coupling Impedance of the APS Storage Ring (p. 3008) |
| by Chae, Y C |
| Horizontal Coupling Impedance of the APS Storage Ring (p. 3011) |
| by Chae, Y C |
| Longitudinal Coupling Impedance of the APS Storage Ring (p. 3014) |
| by Chae, Y C |
| The Impedance Database and its Application to the APS Storage Ring (p. 3017) |
| by Chae, Y C |
| Bunch Length Measurements at BESSY (p. 3020) |
| by Kuske, P |
| Coherent Emission of Synchrotron Radiation and Longitudinal Instabilities (p. 3023) |
| by Kuske, P |
| Transverse Instabilities in RHIC (p. 3026) |
| by Blaskiewicz, M |
| Longitudinal Solitons in RHIC (p. 3029) |
| by Blaskiewicz, M |
| Effects of Space Charge and Nonlinearities on Collective Instabilities of a Long Bunch (p. 3032) |
| by Fedotov, A |
| Coupling Impedance Measurements of the SNS RF Cavity and Extraction Kicker Magnet (p. 3035) |
| by Hahn, H |
| The Electron Cloud Instability of the LHC Beam in the CERN SPS (p. 3038) |
| by Arduini, Gianluigi |
| Investigation of Space Charge effects in the SPS (p. 3041) |
| by Burkhardt, H |
| Coherent tune shifts measured with few bunches in the SPS and comparison with resistive wall theory (p. 3044) |
| by Burkhardt, H |
| Longitudinal Microwave Instability in Lepton Bunches (p. 3047) |
| by Métral, Elias |
| Nominal longitudinal parameters for the LHC beam in the CERN SPS (p. 3050) |
| by Baudrenghien, P |
| Transverse "Monopole" Instability Driven by Electron Cloud? (p. 3053) |
| by Benedetto, Elena |
| Simulation Study of Coupled-Bunch Instabilities due to Resistive Wall, Ions, or Electron Cloud (p. 3056) |
| by Zimmermann, Frank |
| Instability Threshold Currents vs. Energy in CESR (p. 3059) |
| by Billing, M |
| A 1.7 GHz Waveguide Schottky Detector System (p. 3068) |
| by Pasquinelli, R J |
| The Tevatron Bunch by Bunch Longitudinal Dampers (p. 3071) |
| by Tan, C Y |
| Bunch Lengthening Recently Observed at PF-AR (p. 3077) |
| by Ieiri, T |
| Transverse Sawtooth Instability Observed in Photon Factory Advanced Ring (p. 3080) |
| by Minagawa, Y |
| Study of ep Instability for a Coasting Proton Beam in Circular Accelerators (p. 3083) |
| by Ohmi, K |
| An Experimental Study of Microwave Stability near Transition in the PSR (p. 3086) |
| by Colestock, Patrick L |
| Status of the Experimental Studies of the Electron Cloud at the Los Alamos Proton Storage Ring (p. 3089) |
| by Macek, R J |
| A Three-Dimensional Kinetic Theory of Continuous-Beam Stability (p. 3092) |
| by Wang, T S |
| A Numerical Study of Bunched Beam Transverse Electron-Proton Instability Based on the Centroid Model (p. 3095) |
| by Wang, T S |
| RF Impedance Measurements on the DARHT-II Accelerator Intercell Assembly (p. 3098) |
| by Briggs, Richard J |
| The Stabilization of Budker-Chirikov Instability by the Spread of Longitudinal Velocities (p. 3101) |
| by Golub, Yu Ya |
| New Vortices in Axisymmetric Inhomogeneous Beams (p. 3103) |
| by Golub, Yu Ya |
| Beam Instabilities at the PLS Storage Ring (p. 3105) |
| by Kim, E S |
| Simulations on Wakefield Effects in the Electron Beam at the 2.5 GeV PLS Linac (p. 3108) |
| by Kim, E S |
| Design Considerations for SASE-FEL at PLS (p. 3111) |
| by Kim, E S |
| Operational Performance in 2.5 GeV Full Energy Injection at PLS (p. 3114) |
| by Kim, E S |
| Instability Driven by Wall Impedance in Intense Charged Particle Beams (p. 3117) |
| by Davidson, R C |
| Delta-f Simulation Studies of the Ion-Electron Two-Stream Instability in IBX (p. 3120) |
| by Qin, H |
| Kinetic Studies of Temperature Anisotropy Instability in Intense Charged Particle Beams (p. 3123) |
| by Startsev, E A |
| Effects of Linac Wakefield on CSR Microbunching in the Linac Coherent Light Source (p. 3138) |
| by Huang, Z |
| An Over-damped Cavity Longitudinal Kicker for the PEP-II LER (p. 3141) |
| by McIntosh, P |
| Evolving Bunch and Retardation in the Impedance Formalism (p. 3144) |
| by Warnock, R |
| Robinson Modes at Aladdin (p. 3147) |
| by Bosch, R A |
| The Effects of Temperature Variation on Electron Beams with RF Voltage Modulation (p. 3150) |
| by Chou, P J |
| A Fast Method to Estimate the Gain of the Microbunch Instability in a Bunch Compressor (p. 3153) |
| by Reiche, S |
| Experimental Study of Energy Spread in a Space-Charge Dominated Electron Beam (p. 3156) |
| by Cui, Y |
| Alternative Bunch Formation for the Tevatron Collider (p. 3159) |
| by Jackson, G |
| Longitudinal Emittance Growth in the Fermilab Booster Synchrotron (p. 3162) |
| by Jackson, G |
| Two-Stream Studies for Heavy Ion Beam Propagation in a Reactor Chamber (p. 3165) |
| by Welch, D R |
| Simulated Growth Rates for Single-Bunch Instabilities Driven by a Resistive Impedance (p. 3168) |
| by Towne, N |
| Analytical and Time-Domain Computations of Single-Bunch Loss-Factor in a Planar Structure (p. 3171) |
| by Yu, D |
| Simulation of Beam-Electron Cloud Interactions in Circular Accelerators Using Plasma Models (p. 3174) |
| by Ghalam, A Z |
| Booster's Coupled Bunch Damper Upgrade (p. 3177) |
| by Pellico, W A |
| Beam Dynamics Simulations for the Fermilab Recycler Ring Barrier Buckets (p. 3180) |
| by Bhat, C M |
| Studies of a Generalized Beam-Induced Multipacting Resonance Condition (p. 3183) |
| by Harkay, K |
| Simulation of Magnetized Beams (p. 3186) |
| by Wang, D |
| Probing the Non-Linear Dynamics of the ESRF Storage Ring with Experimental Frequency Maps (p. 3189) |
| by Papaphilippou, Y |
| Non-Linear Longitudinal Beam Dynamics with Harmonic RF Systems for Bunch Lengthening (p. 3192) |
| by Serrière, V |
| Synergia : A Hybrid, Parallel Beam Dynamics Code with 3D Space Charge(p. 3195) |
| by Amundson, J F |
| Flat Beam Production in Low Energy Injectors (p. 3198) |
| by Wang, S H |
| Low Emittance Optics at the Photon Factory (p. 3201) |
| by Harada, K |
| Injection Performance with a Traveling Wave Kicker Magnet System at the Photon Factory Storage Ring (p. 3204) |
| by Kobayashi, Y |
| Measurement of the Transverse Quadrupole-Mode Frequencies of an Electron Bunch in the KEK Photon Factory Storage Ring (p. 3207) |
| by Sakanaka, S |
| Simulation Results of Corkscrew Motion in DARHT-II (p. 3210) |
| by Chan, K C D |
| Coupling Correction and Beam Dynamics at Ultralow Vertical Emittance in the ALS (p. 3213) |
| by Steier, C |
| Comparison of PARMELA Simulations with Longitudinal Emittance Measurements at the SLAC Gun Test Facility (p. 3216) |
| by Limborg, C G |
| Coherent Synchrotron Radiation Effects in the Electron Cooler for RHIC (p. 3228) |
| by Wu, J |
| Electron Beam Motion Observed in Infrared Synchrotron Radiation at NSRRC (p. 3234) |
| by Hung, D S |
| Experimental Measurements of 2-Dimensional Nonlinear Resonances (p. 3237) |
| by Ueng, T S |
| First Experimental Test of Emittance Measurement Using the Quadrupole-Mode Transfer Function (p. 3240) |
| by Wang, M H |
| Beam Characterization in the CEBAF-ER Experiment (p. 3243) |
| by Tennant, C |
| A Beam Breakup Instability in a Recirculating Linac Caused by a Quadrupole Mode (p. 3246) |
| by Yunn, B |
| The Short-Range Transverse Wakefields in TESLA Accelerating Structure (p. 3249) |
| by Zagorodnov, I |
| Calculation of collimator wakefields (p. 3252) |
| by Zagorodnov, I |
| Focusing Horn System for the BNL Very Long Baseline Neutrino Oscillation Experiment (p. 3255) |
| by Kahn, S A |
| Beam Shaping and Compression Scheme for the UCLA Neptune Laboratory (p. 3258) |
| by England, R J |
| Detection of Wake Field Using Test-Bunch Method at Photon Factory Advanced Ring (p. 3261) |
| by Fujita, T |
| Bunch Transverse Emittance Increases in Electron Storage Rings (p. 3264) |
| by Gao, J |
| Lattice Design of Saga Synchrotron Light Source (p. 3270) |
| by Iwasaki, Y |
| Linear and Nonlinear Optics Studies in the ANKA Storage Ring (p. 3273) |
| by Müller, A S |
| Beam Size and Bunch Length Measurements at the ANKA Storage Ring (p. 3276) |
| by Pérez, F |
| Single-Bunch Injection System for the LNLS Booster Injector (p. 3279) |
| by Tavares, P F |
| Polarized H- Ion Source Performance During the 2003 RHIC Run (p. 3282) |
| by Alessi, James G |
| The SPARC Project : A High Brightness Electron Beam Source at LNF to Drive a SASE-FEL Experiment(p. 3285) |
| by Palumbo, L |
| A Simulation Study of the JLC Positron Source (p. 3288) |
| by Kamitani, T |
| Diffusion of Alkali Species in Porous Tungsten Substrates Used in Contact-Ionization Sources (p. 3291) |
| by Chacon-Golcher, E |
| Fabrication of Large Diameter Alumino-Silicate K+ Sources (p. 3294) |
| by Baca, D |
| Beam Optics of a 10-cm Diameter High Current Heavy Ion Diode (p. 3297) |
| by Kwan, J |
| Characterization of an RF-Driven Plasma Ion Source for Heavy Ion Fusion (p. 3300) |
| by Westenskow, G |
| Stability of Electron Beam Parameters in Sources with Cold Secondary-Emission Cathodes (p. 3303) |
| by Dovbnya, A N |
| Development and Status of the SNS Ion Source (p. 3306) |
| by Welton, R F |
| Proof-of-Concept Experiments for Negative Ion Driver Beams for Heavy Ion Fusion (p. 3309) |
| by Grisham, L |
| 3D Modeling Activity for Novel High Power Electron Guns at SLAC (p. 3312) |
| by Krasnykh, Anatoly K |
| First Test of the Charge State Breeder BRIC (p. 3318) |
| by Variale, V |
| Design and Operation of Pegasus Thermionic Cathode (p. 3321) |
| by Frigola, P |
| Development of Dispenser Photocathodes for RF Photoinjectors (p. 3323) |
| by Feldman, D |
| The Research on the Carbon Nano Tube Cathode (p. 3326) |
| by Yamamoto, A |
| Crystal-Based Spin Analyzer for Fast Neutron Beams (p. 3329) |
| by Bondarenko, N |
| Pulsed HV Electron Gun with Thermionic Cathode for the Soft X-Ray FEL Project at SPring-8 (p. 3332) |
| by Togawa, K |
| Ion and Neutral Beam Generation by 1TW, 50fs Laser Irradiation of Thin Foils (p. 3335) |
| by Wada, Y |
| Topology for a DSP Based Beam Control System in the AGS Booster (p. 3338) |
| by De Long, J |
| A Bunch to Bucket Phase Detector Using Digital Receiver Technology (p. 3341) |
| by De Long, J |
| Progress on the SNS Ring LLRF Control System (p. 3344) |
| by Smith, K S |
| A New Digital Control System for CESR-C and the Cornell ERL (p. 3347) |
| by Liepe, M |
| Longitudinal Damping System with Two Transverse Kickers (p. 3350) |
| by Mikhailichenko, A A |
| 53 mhz feedforward beam loading compensation in the Fermilab Main Injector (p. 3353) |
| by Dey, J |
| 2.5 mhz feedforward beam loading compensation in the Fermilab main injector (p. 3356) |
| by Dey, J |
| Tune and Coupling Drift Compensation during the Tevatron Injection Porch (p. 3359) |
| by Martens, Michael A |
| Beam Loading Compensation for Slip Stacking (p. 3362) |
| by Steimel, J |
| Analysis of the Feedback System Used to Damp Longitudinal Quadrupole-Mode Bunch Oscillations (p. 3365) |
| by Sakanaka, S |
| Two-Bunch Orbit Correction Using the Wake Field Kick (p. 3368) |
| by Satoh, M |
| Newly Designed Field Control Module for the SNS (p. 3371) |
| by Regan, A |
| Commissioning Results of the Fast Orbit Feedback at the ALS (p. 3374) |
| by Steier, C |
| The Spallation Neutron Source Accelerator Low Level RF Control System (p. 3377) |
| by Champion, M |
| Control of Heavily-Beam-Loaded SNS-Ring Cavities (p. 3380) |
| by Owens, T L |
| Analysis of Slow Orbit Movement in PLS Storage Ring (p. 3383) |
| by Kang, H S |
| Commissioning of the Fast Orbit Feedback at SLS (p. 3386) |
| by Böge, M |
| Upgrading the Orbit Feedback System in the Taiwan Light Source (p. 3392) |
| by Kuo, C H |
| Operation of the Digital Multi-Bunch Feedback Systems at ELETTRA (p. 3395) |
| by Bulfone, D |
| Strong-Strong Simulation of Beam-Beam Interaction for Round Beams (p. 3398) |
| by Valishev, A |
| Macroparticle Simulations of Antiproton Lifetime at 150 GeV in the Tevatron (p. 3401) |
| by Qiang, J |
| Parallel Computation of Beam-Beam Interactions including Longitudinal Motion (p. 3404) |
| by Herr, Werner |
| Measurement and Application of Betatron Modes with MIA (p. 3407) |
| by Wang, C X |
| Spatial-Temporal Modes Observed in the APS Storage Ring Using MIA (p. 3410) |
| by Wang, C X |
| FFAGs for Muon Acceleration (p. 3413) |
| by Berg, J S |
| Beam Dump Optics for the Spallation Neutron Source (p. 3416) |
| by Raparia, D |
| Beam Scrubbing Strategy for Electron-Cloud Suppression in the Spallation Neutron Source Ring (p. 3419) |
| by Zhang, S Y |
| The AGS Electrostatic Septum (p. 3422) |
| by Hock, J |
| Beam Based Characterization of a New 7-Pole Superconducting Wiggler at CESR (p. 3425) |
| by Temnykh, A |
| Fermilab Recycler Stochastic Cooling Commissioning and Performance (p. 3431) |
| by Broemmelsiek, D R |
| Lattice Function Measurements of Fermilab Recycler Ring (p. 3440) |
| by Yang, M J |
| Linac Optics Optimization for Energy Recovery Linacs (p. 3443) |
| by Nagai, R |
| Performance and Upgrade of the JAERI ERL-FEL (p. 3446) |
| by Sawamura, M |
| Cost Estimation of an Energy Recovery Linac Light Source (p. 3449) |
| by Sawamura, M |
| Status of 150MeV FFAG Synchrotron (p. 3452) |
| by Yokoi, T |
| Stripper Foil Temperatures and Electron Emission at the Los Alamos Proton Storage Ring (p. 3455) |
| by Spickermann, T |
| Testing and Commissioning of the ALS Adjustable, Hysteresis-Free Chicane Magnet (p. 3458) |
| by Jung, J Y |
| SDDS-Based Software Tools for Accelerator Design (p. 3461) |
| by Emery, L |
| Application of Model-Independent Analysis Using the SDDS Toolkit (p. 3464) |
| by Emery, L |
| Beam Dynamics Optimization in the Rare Isotope Accelerator Driver Linac (p. 3467) |
| by Lessner, Eliane S |
| New Features in the SDDS-Compliant EPICS Toolkit (p. 3470) |
| by Shang, H |
| New Features in the SDDS Toolkit (p. 3473) |
| by Soliday, R |
| Use of a Simple Storage Ring Simulation for Development of Enhanced Orbit Correction Software (p. 3476) |
| by Soliday, R |
| Evaluation of the Horizontal to Vertical Transverse Impedance Ratio for LHC Beam Screen Using a 2D Electrostatic Code (p. 3479) |
| by Caspers, Friedhelm |
| Configurable UAL-Based Modeling Engine for Online Accelerator Studies (p. 3482) |
| by Malitsky, N |
| A Comparison of Several Lattice Tools for Computation of Orbit Functions of an Accelerator (p. 3485) |
| by Trbojevic, D |
| LIONS_LINAC : A New Particle in Cell Code for Linacs(p. 3488) |
| by Bertrand, P |
| New Implement in TraceWIN/PARTRAN Codes : Integration in External Field Map(p. 3491) |
| by Pichoff, N |
| Tools for Predicting Cleaning Efficiency in the LHC (p. 3494) |
| by Assmann, R W |
| MAD-X : An Upgrade from MAD8(p. 3497) |
| by Grote, H |
| Recent Improvements to the ASTRA Particle Tracking Code (p. 3500) |
| by Lidia, S M |
| PyORBIT : A Python Shell for ORBIT(p. 3503) |
| by Ostiguy, J F |
| A Framework Design for a Cyclotron Virtual Control Platform Based on Object-Oriented Methodology (p. 3506) |
| by Qin, B |
| Modeling and Beam Dynamic Visualization in Cyclotron Virtual Prototyping (p. 3509) |
| by Jian, X |
| Self-Consistent 3D PIC Code for the Modeling of High Brightness Beams (p. 3512) |
| by Serafini, L |
| RF Coupler for High-Power CW FEL Photoinjector (p. 3515) |
| by Kurennoy, S |
| Recent Improvements in the PARMILA Code (p. 3518) |
| by Takeda, H |
| The Particle Tracking Code PARMELA (p. 3521) |
| by Young, L M |
| PARSEC : Parallel Self-Consistent 3D Electron-Cloud Simulation in Arbitrary External Fields(p. 3524) |
| by Adelmann, Andreas |
| A Modular On-line Simulator for Model Reference Control of Charged Particle Beams (p. 3527) |
| by Allen, C K |
| Monte-Carlo Simulation Module for LIDOS.RFQ.Designer Code (p. 3530) |
| by Shumakov, I V |
| Template Potentials Technique with Fully-Parameterized Field Solver for High-Current Beams Simulation (p. 3533) |
| by Vorobiev, L G |
| On-Line Model of the SNS Medium Energy Beam Transport Line (p. 3536) |
| by Aleksandrov, A |
| Particle Tracking and Bunch Population in TraFiC4 2.0 (p. 3539) |
| by Kabel, A C |
| A Parallel Code for Lifetime Simulations in Hadron Storage Rings in the Presence of Parasitic Weak-Strong Beam-Beam Interactions (p. 3542) |
| by Kabel, A C |
| Parallel Simulation Algorithms for the Three-Dimensional Strong-Strong Beam-Beam Interaction (p. 3545) |
| by Kabel, A C |
| Code Comparison for Simulations of Photo-Injectors (p. 3548) |
| by Batygin, Yuri |
| Simulation of Particle Dynamics in Accelerators Using the Ensemble Model (p. 3551) |
| by Ackermann, W |
| Periodic Boundary Conditions in the Parallel Eigensolver OM3P : Application of the Inexact Lanczos Process to Hermitian Systems(p. 3554) |
| by De Ford, J F |
| Simulation Tools for High-Intensity Radiographic Diodes (p. 3557) |
| by Humphries, S |
| Development of 3D Finite-Element Charged-Particle Code with Adaptive Meshing (p. 3560) |
| by Ives, L |
| Conformal Modelling of Space-Charge-Limited Emission from Curved Boundaries in Particle Simulations (p. 3563) |
| by Gjonaj, E |
| Simulation of Dark Currents in a FEL RF-Gun (p. 3566) |
| by Setzer, S |
| Investigation of Dark Currents in the S-DALINAC Superconducting Cavity (p. 3569) |
| by Setzer, S |
| Impact of the Wiggler Coherent Synchrotron Radiation Impedance on the Beam Instability (3231-3233 (Vol.5)) |
| by Wu, J |
