| LEP2 : Present and Future Performance and Limitations(p. 1) |
| by Myers, S |
| First Commissioning of SPring-8 (p. 6) |
| by Kamitsubo, H |
| Laser Accelerators : Experiments, Computations and Prospects(p. 11) |
| by Joshi, C |
| Coherent nonlinear longitudinal phenomena in unbunched synchrotron beams : extract of the thesis(p. 16) |
| by Spentzouris, L K |
| The National Spallation Neutron Source (NSNS) Project (p. 20) |
| by Appleton, Bill R |
| The Duke Free Electron Laser Light Source Facility (p. 24) |
| by Madey, J M J |
| Future Directions of High Energy Physics (p. 29) |
| by Peoples, John |
| Future Directions for Nuclear Physics (p. 34) |
| by Gelbke, C K |
| Fourth generation light sources (p. 37) |
| by Winick, Herman |
| Ultra-High Intensity Proton Accelerators and Their Applications (p. 42) |
| by Weng, W T |
| Status of the Fermilab main injector and recycler (p. 47) |
| by Holmes, S D |
| HERA Status and Upgrade Plans (p. 51) |
| by Willeke, F |
| RHIC Status (p. 56) |
| by Peggs, S |
| Dynamic Effects and their Control at the LHC (p. 66) |
| by Bailey, R |
| RHIC Sextant Test - Physics and Performance (p. 69) |
| by Wei, J |
| Measurement of Tevatron Extraction Parameters and Comparison of Model to Measurements (p. 72) |
| by Martens, M A |
| Surface Resistance Measurements for the LHC Beam Screen (p. 75) |
| by Caspers, Friedhelm |
| 820 GeV/c Polarized Protons in HERA (p. 78) |
| by Anferov, V A |
| Record deflection efficiencies measured for high energy protons in a bent germanium crystal (p. 80) |
| by Biino, C |
| Overview of the APT High-Energy Beam Transport and Beam Expanders (p. 83) |
| by Shafer, R E |
| The National Spallation Neutron Source Target Station : A General Overview(p. 86) |
| by Gabriel, Tony A |
| High Intensity Proton Acceleration at the Brookhaven AGS - An Update (p. 89) |
| by Ahrens, L |
| Spin Tracking in RHIC (p. 92) |
| by Luccio, A U |
| Flat Beams in a 50 TeV Hadron Collider (p. 95) |
| by Peggs, S |
| RHIC Sextant Test : Accelerator Systems and Performance(p. 98) |
| by Pilat, F |
| Preparing Accelerator Systems for the RHIC Sextant Commissioning (p. 101) |
| by Trbojevic, D |
| Synchrotron radiation dominated hadron colliders (p. 104) |
| by Keil, Eberhard |
| Summary of the single-beam collective effects in the LHC (p. 107) |
| by Berg, J S |
| Proposal for an aluminum beam screen in the LHC (p. 110) |
| by Chou, W |
| Dynamic aperture studies during collisions in the LHC (p. 113) |
| by Chou, W |
| Optimization of the LHC Beam Cleaning System with Respect to Beam Loss in the High Luminosity Insertions (p. 116) |
| by Drozhdin, A I |
| Optimization of the LHC Beam Cleaning System With Respect to Beam Losses in the High Luminosity Insertions (p. 116) |
| by Drozhdin, A I |
| Local chromaticity correction of the LHC (p. 119) |
| by Johnstone, C |
| Perturbation of the periodic dispersion under beam crossing optics in LHC (p. 121) |
| by Méot, F |
| Towards the optimal LHC interaction region : beam-induced energy deposition(p. 124) |
| by Mokhov, N V |
| Measurement and Analysis of Longitudinal Bunched Beam Echoes in the Fermilab Tevatron (p. 127) |
| by Assadi, S |
| Accelerator physics issues of a Very Large Hadron Collider, pt.1 (p. 130) |
| by Chou, W |
| Accelerator physics issues of a Very Large Hadron Collider, pt.2 (p. 132) |
| by Chou, W |
| Beam Loss Handling at Tevatron : Simulations and Implementations(p. 133) |
| by Drozhdin, A I |
| Using Luminosity Distributions to Determine Luminosity in a Collider with a Coupled Lattice (p. 136) |
| by Martens, M A |
| Excitation Characteristics of Fermilab Main Injector Dipoles and Magnetic Assignment to Reduce Closed Orbit Errors (p. 139) |
| by Martin, P S |
| Status of the Fermilab Fixed Target Program (p. 141) |
| by Moore, C D |
| Slip Stacking for the Fermilab Luminosity Upgrade (p. 144) |
| by Shukla, S |
| Numerical Optimization of Collimator Jaw Orientations and Locations in the LHC (p. 153) |
| by Kaltchev, D I |
| The IPNS Accelerator 50 MeV and 500 MeV Transport Lines (p. 156) |
| by Dooling, J C |
| H- Charge Exchange Injection for the NSNS Accumulator (p. 159) |
| by Blumberg, L N |
| First observation of the deflection of a 33 TeV Pb ion beam in a bent silicon crystal (p. 165) |
| by Biino, C |
| Energy Dependence of Crystal Assisted Extraction at the CERN SPS (p. 168) |
| by Arduini, Gianluigi |
| Extraction of 22 TeV/c lead ions from the CERN SPS using a bent silicon crystal (p. 171) |
| by Arduini, Gianluigi |
| Gabor-Plasma Lens Focusing for LEBT Systems (p. 174) |
| by Pozimski, J |
| An Idea for Selection of Short-Lived Particles by a Focusing Crystal (p. 177) |
| by Biryukov, V |
| An Idea for Studying a Multipass Crystal Extraction by the Energy Loss Detector (p. 179) |
| by Biryukov, V |
| Expected Characteristics of the Nuclotron Beams for Experimental Setups (p. 181) |
| by Issinsky, I |
| Beam Injection into the Nuclotron (p. 184) |
| by Buldakovskii, V N |
| Carbon Stripper Foils Used in the Los Alamos PSR (p. 187) |
| by Borden, M J |
| LANSCE Short-Pulse Spallation Source Target Upgrade (p. 190) |
| by Donahue, J B |
| Overview of the Bump-Magnet System at the LANSCE Proton Storage Ring (p. 193) |
| by Rose, C R |
| Design and Simulation Studies of a One-Tenth Scale Final Focus System for Heavy Ion Fusion (p. 195) |
| by Wu, X |
| Tracking Studies and Performance Simulations of the NSCL A1900 Fragment Separator (p. 198) |
| by Wu, X |
| Measurements on Injection Property in HIMAC Synchrotron (p. 201) |
| by Noda, K |
| Predicted foil temperatures in the Brookhaven Accumulator Ring for the NSNS (p. 204) |
| by Duke, J |
| Transfer of a polarized proton beam from AGS to RHIC (p. 207) |
| by Tsoupas, N |
| Beam Injection into RHIC (p. 210) |
| by Fischer, W |
| The RHIC Injection Kicker (p. 213) |
| by Hahn, H |
| Equivalent Circuit Analysis of the RHIC Injection Kicker (p. 216) |
| by Hahn, H |
| A Study of Betatron and Momentum Collimators in RHIC (p. 219) |
| by Trbojevic, D |
| Focusing and Matching Properties of the ATR Transfer Line (p. 222) |
| by Tsoupas, N |
| Design aspects related to the reliability of the LHC beam dump kicker systems (p. 225) |
| by Dieperink, J H |
| The CERN PS East Area in the LHC Era (p. 228) |
| by Durieu, L |
| PETRA Bunch Rotation (p. 231) |
| by Kriens, W |
| Development of a Beam Sweeping System for the Fermilab Antiproton Source Target (p. 234) |
| by Bieniosek, F M |
| Test of very fast kicker for TESLA damping ring (p. 237) |
| by Grishanov, B I |
| Optics and Field Error Compensation in the FNAL Permanent Magnet 8.9 GeV/c Proton Transfer Line (p. 240) |
| by Johnstone, John A |
| A High Intensity Beam Absorber Corebox for the Fermilab Main Injector Abort System (p. 243) |
| by Reichanadter, M |
| Diagnostic of the Compensation Process of Ion Beams with a Time-Resolving Ion Energy Spectrometer (p. 246) |
| by Jakob, A |
| Efficiency of the UNK Scraper System (p. 252) |
| by Degtyarev, I I |
| Substance Choice of the Scraper System Elements (p. 255) |
| by Degtyarev, I I |
| RTS&T Monte-Carlo Code (Facilities and Computation Methods) (p. 258) |
| by Blokhin, A I |
| Perturbation of Relevant Resonance for Slow Extraction Efficiency Increase (p. 261) |
| by Alexeev, N N |
| Beam Extraction System for the Cooler Injector Synchrotron at IUCF (p. 264) |
| by Kang, X |
| Intensity asymmetric multiple slow extraction at the KEK-PS (p. 267) |
| by Shirakata, M |
| PSR Injection-Line Upgrade (p. 270) |
| by Blind, B |
| Multi-Pulse Extraction from Los Alamos Proton Storage Ring for Radiographic Applications (p. 273) |
| by Thiessen, H A |
| Bremsstrahlung from a New Type of Target : Increased Intensity and Average Energy, and Reduced Divergence(p. 276) |
| by Bogdanovich, B Yu |
| Thermo Mechanical Calculations of a Cyclotron Deflector (p. 278) |
| by De Kamp, J |
| Operation of CEBAF with Heavy Beamloading (p. 281) |
| by Hutton, A |
| Progress on µ+µ- Colliders (p. 286) |
| by Palmer, Robert B |
| Beam backgrounds at CLEO : design and performance of the CESR high luminosity interaction region(p. 291) |
| by Henderson, S |
| B-factory interaction region design (p. 296) |
| by Sullivan, M |
| High Beam Current Experiments For The Kekb Conducted At The Tristan Accumulation Ring (p. 301) |
| by Funakoshi, Y |
| Experimental study of the ion trapping phenomenon in TRISTAN-AR (p. 306) |
| by Matsumoto, S |
| Experience with Bunch Train in LEP (p. 309) |
| by Herr, Werner |
| Low emittance lattice for LEP (p. 312) |
| by Alexahin, Yu I |
| Status and Early Commissioning Results for the PEP-II High Energy Ring (p. 315) |
| by Wienands, U |
| Dual Aperture High Luminosity Collider at Cornell (p. 318) |
| by Rubin, D |
| Beijing Tau-Charm Factory Design Study (p. 321) |
| by Wu, Y Z |
| Automated Tuning of the Advanced Photon Source Booster Synchrotron (p. 324) |
| by Biedron, S G |
| Concepts for a Slow-Positron Target at the Advanced Photon Source (p. 327) |
| by Lessner, E |
| ELFE@DESY : Slow Extraction from HERA(p. 330) |
| by Gentner, M |
| Beam lifetime at the SRS (p. 333) |
| by Owen, H L |
| Design of a Damping Ring for the SB-Linear-Collider Project at DESY (p. 336) |
| by Brinkmann, R |
| KSR as a Pulse Stretcher (p. 339) |
| by Noda, A |
| Accelerator modeling at SPEAR (p. 342) |
| by LeBlanc, G |
| Status of the MAX-II Storage Ring (p. 345) |
| by LeBlanc, G |
| High Duty Factor Beams Extracted from the MIT-Bates South Hall Ring (p. 348) |
| by Jacobs, K |
| Transverse Kick in Misaligned Traveling Wave Structures Driven at the Fundamental Mode (p. 351) |
| by Whittum, D H |
| Low-Level RF System Design for the Accelerator Test Facility (ATF) Damping Ring (p. 354) |
| by Minty, Michiko G |
| Low-Level RF System Design for the Next Linear Collider Damping Ring (p. 357) |
| by Minty, Michiko G |
| Centroid and Emittance of a Kicked Beam in Rings (p. 360) |
| by Wang, C X |
| An $e^+ e^-$ top factory in a 50 + 50 TeV hadron collider tunnel (p. 363) |
| by Norem, J |
| Transverse Polarization beyond the Z Energy at LEP (p. 366) |
| by Blondel, A |
| Trapped Modes in CESR Sliding Joints (p. 369) |
| by Anderson, E B |
| CESR Status (p. 372) |
| by Rubin, D L |
| Beam-Beam Simulation Using the Unified Accelerator Libraries (p. 375) |
| by Koyama, T |
Interaction Region Design for Beijing  -Charm Factory (p. 378) |
| by Wu, Y Z |
| The Present Status of the KEKB Project (p. 381) |
| by Kurokawa, S |
| Simulation of Tail Distributions due to Random Processes and Beam-Beam Interaction in KEKB (p. 384) |
| by Kim, E S |
| HOM Heating at the PEP-II IR Beryllium Vacuum Pipe (p. 387) |
| by Lin, X |
| The PEP-II Injection Kicker System (p. 390) |
| by Pappas, G C |
| Target Options and Yields for a Muon Collider Source (p. 393) |
| by Ehst, D |
| Bunch shortening experiments in the Fermilab Booster and the AGS (p. 396) |
| by Norem, J |
| The Proton Driver for the µµ Collider (p. 399) |
| by Norem, J |
| Optimization of the Target for Muon Colliders (p. 402) |
| by Takahashi, H |
| A Lattice for the Muon Collider Demonstration Ring in the RHIC Tunnel (p. 405) |
| by Trbojevic, D |
| A Normal Conducting Accelerator for a Muon Collider Demonstration Machine (p. 408) |
| by Zhao, Y |
| A Ring Lattice for a 2-TeV Muon Collider (p. 411) |
| by Johnstone, C J |
| Shielding the Muon Collider Interaction Region (p. 414) |
| by Johnstone, C |
| Simulation studies of ionization cooling (p. 417) |
| by Neuffer, David V |
| An asymmetric muon proton collider : Luminosity consideration(p. 420) |
| by Shiltsev, V D |
| Control of longitudinal collective behavior in the muon collider rings (p. 422) |
| by Cheng Wen Hao |
| Results from the DESY TESLA Test Facility (p. 425) |
| by Aune, B |
| The SLAC damped detuned structure : concept and design(p. 429) |
| by Kroll, N M |
| Studies of beam induced dipole-mode signals in accelerating structures at the SLC (p. 434) |
| by Seidel, M |
| Results from the SLAC NLC Test Accelerator (p. 439) |
| by Ruth, Ronald D |
| Kek/atf Damping Ring (p. 444) |
| by Urakawa, J |
| Super-ASSET : A Technique for Measuring and Correcting Accelerator Structure Misalignments at the SLC(p. 449) |
| by Decker, Franz Josef |
| Limitations of interaction Spot-size tuning at the SLC (p. 452) |
| by Emma, P |
| Development of C-band 50 MW pulse klystron for $e^{+}e^{-}$ linear collider (p. 455) |
| by Shintake, T |
| Beam Characteristics Versus Cavity Models in CLIC (p. 458) |
| by Guignard, Gilbert |
| LIGA-Fabrication of mm-Wave Accelerating Cavity Structures at the Advanced Photon Source (APS) (p. 461) |
| by Song, J J |
| Design and fabrication of a traveling-wave muffin-tin accelerating structure at 90 GHz (p. 464) |
| by Chou, P J |
| Wakefield Dynamics in Quasi Periodical Structures (p. 467) |
| by Novokhatski, A |
| A Statistical Approach to Analyse Effect of Misalignments and Correction Algorithms in High-Energy Linacs (p. 470) |
| by Fartoukh, Stéphane David |
| Emittance Dilution in 1 and 5 TeV 3 GHz Linear Colliders (p. 473) |
| by Guignard, Gilbert |
| Emittance Dilution in 1 and 5 TeV 30 GHz Linear Colliders (p. 473) |
| by Guignard, Gilbert |
| A Low Emittance Lattice for the CLIC Damping Ring (p. 476) |
| by Potier, J P |
| Nulling Emittance Measurement Technique for CLIC Test Facility (p. 479) |
| by Braun, Hans Heinrich |
| A 30 GHz 5-TeV Linear Collider (p. 482) |
| by Delahaye, J P |
| Simulation of Ground Motion Induced Beam Jitter in the SBLC Main Linac (p. 485) |
| by Montag, C |
| Theoretical Study of Power Relativistic Amplifiers for Electron Beam Bunching (p. 488) |
| by Perelshtejn, E A |
| Emittance Dilution and Magnet Design for the TTF FEL Second Bunch Compressor (p. 491) |
| by Ivanov, I N |
| Possibility of precise wakefield measurement at ATF extraction line (p. 494) |
| by Kashiwagi, S |
| Beam-based monitoring of the SLC linac optics with a diagnostic pulse (p. 497) |
| by Assmann, R W |
| Observation of dark-current signals from the S-band structures of the SLAC linac (p. 500) |
| by Assmann, R W |
| Observation and analysis of static deflections from transverse long-range wakefields in the SLC (p. 503) |
| by Assmann, R W |
| Beam-Based Analysis of Day-Night Performance Variations at the SLC Linac (p. 506) |
| by Decker, Franz Josef |
| Longitudinal Phase Space Setup for the SLC Beams (p. 509) |
| by Decker, Franz Josef |
| Dynamic Focusing Schemes for Linear Colliders (p. 512) |
| by Irwin, J |
| The short-range wakefields in the SBLC linac (p. 515) |
| by Bane, Karl Leopold Freitag |
| Design of a 30 GHz Damped Detuned Accelerating Structure (p. 518) |
| by Dehler, I |
| Analysis of HOM Interaction Between Cavities by Multimodal S-Parameter Measurements (p. 521) |
| by Glock, H W |
| The 36-Cell Structure - Calculations and Experiments (p. 524) |
| by Hýlsmann, P |
| Search for Trapped Modes in TESLA Cavities (p. 527) |
| by Marhauser, F |
| Development Of C-band (5712 Mhz) High Power Waveguide Components (p. 530) |
| by Matsumoto, H |
| Development of C-Band 50 MW Pulse Klystron for e+ e- Linear Collider (p. 533) |
| by Shintake, T |
| Input Coupler Design For C-band Accelerating Structure (p. 536) |
| by Suzuki, C |
| Development of Characterization Techniques for X-Band Accelerator Structures (p. 539) |
| by Hanna, S M |
| High-Gradient Cavity Beat-Wave Accelerator at W-Band (p. 542) |
| by Whittum, D H |
| Minimizing RF system costs in a linear collider by an optimized choice of beam and structure parameters (p. 545) |
| by Jones, R M |
| Advanced damped detuned structure (DDS) development at SLAC (p. 548) |
| by Jones, R M |
| Spectral function calculation of angle wakes, wake moments, and misalignment wakes for the SLAC damped detuned structures (DDS) (p. 551) |
| by Jones, R M |
| Analysis and application of microwave radiation from the damping manifolds of the SLAC damped detuned structures (DDS) (p. 554) |
| by Jones, R M |
| Spotsize Stabilization Studies for the TESLA Beam Delivery System (p. 557) |
| by Sery, A |
| Pre-Alignment of CLIC using the Double-Wire Method (p. 560) |
| by Coosemans, Williame |
| A Multi-Drive Beam Scheme for Two-Beam Acceleration in a TeV Linear Collider (p. 563) |
| by Corsini, R |
| Analysis of a Symmetric Triplet and its Application to Ring Insertions (p. 566) |
| by D'Amico, T E |
| The S-Band Linear Collider Test Facility at DESY (p. 569) |
| by Schmitz, S |
| An Asymmetric Linac-Ring Collider for Baryon Timelike Form Factor Measurements with Existing High Energy Storage Rings (p. 572) |
| by Patteri, P |
| MOPA FEL Scheme as a Source of Primary Photons for Gamma-Gamma Collider at TESLA and SBLC (p. 575) |
| by Saldin, E L |
| A Conventional Read-Out Electronics of Button-Type BPM in the ATF Damping Ring (p. 578) |
| by Hinode, F |
| Design Study Of A Cooling Water System For A Large Scale Linear Collider (p. 581) |
| by Matsumoto, H |
| SR monitor for the ATF damping ring (p. 584) |
| by Naito, T |
| Present status of 1.54 GeV ATF Linac (p. 587) |
| by Takeda, S |
| Design of a 1-MV Induction Injector for the Relativisitic Two-Beam Accelerator (p. 590) |
| by Anderson, D E |
| Efficiency Issue In C-band Klystron-modulator System For Linear Collider (p. 593) |
| by Oh, J S |
| SLAC accelerator operations report : 1995-1997(p. 596) |
| by Erickson, R |
| A Combined $\Delta$ T + $\Delta$ F Beam Loading Compensation Scheme for Power Saving (p. 599) |
| by Li, Z |
| Neutral Beam Collisions at 5 TeV (p. 602) |
| by Whittum, David H |
| RF system for a 30 GHz, 5 TeV linear collider based on conventional technology (p. 605) |
| by Wilson, P B |
| Performance issues, downtime recovery and tuning in the Next Linear Collider (NLC) (p. 608) |
| by Zimmermann, Frank |
| Channeling and Time Evolution of Laser Wakes and Electron Acceleration in a Self-Modulated Laser Wakefield Accelerator Experiment (p. 611) |
| by Ting, A |
| Inverse Free Electron Laser Accelerator Development (p. 616) |
| by Van Steenbergen, A |
| Experimental observation of IFEL micro-bunching using coherent transition radiation (p. 621) |
| by Liu, Y |
| Acceleration for the µ+-µ- Collider (p. 624) |
| by Summers, D |
| Results of Blowout Regime Propagation Experiments of an Electron Beam in a Plasma (p. 627) |
| by Barov, N |
| Femtosecond Electron Bunches from Colliding Laser Pulses in Plasmas (p. 630) |
| by Esarey, E |
| The Argonne Wakefield Accelerator : upgrade scenarios and future experiments(p. 633) |
| by Gai, W |
| Externally powered dielectric loaded waveguides as accelerating structures (p. 636) |
| by Gai, W |
| High gradient dielectric wakefield device measurements at the Argonne Wakefield Accelerator (p. 639) |
| by Schoessow, P |
| Enhanced IFEL Performance Using a Novel Wiggler (p. 642) |
| by Parsa, Z |
| Emerging Terawatt Picosecond CO2 Laser Technology and Possible Applications in Accelerator Physics (p. 645) |
| by Pogorelsky, I V |
| High Energy-Gain Laser Wakefield Acceleration (p. 648) |
| by Nakajima, K |
| Focusing of Relativistic Electron Bunches at the Wake-Field Excitation in Plasma (p. 651) |
| by Fainberg, Y |
| Experimental Observation of Electron Beam Focusing Through Plasma Lenses (p. 654) |
| by Govil, R |
| Driving Laser Pulse Evolution in a Laser Wakefield Accelerator (p. 657) |
| by Volfbeyn, P |
| Laser Acceleration in Vacuum with an Open Iris-Loaded Waveguide (p. 660) |
| by Xie, M |
| Ion Cyclotron Resonance Accelerator (p. 663) |
| by Grimm, T L |
| Stimulated Dielectric Wakefield Accelerator (p. 666) |
| by Zhang, T B |
| Beam Slicing with Lasers and Plasmas for a High-Transformer-Ratio Plasma Wakefield Accelerator (p. 669) |
| by Shvets, G |
| RF measurements of a traveling-wave muffin-tin accelerating structure at 90 GHz (p. 672) |
| by Chou, P J |
| Design and model simulations of inverse Cerenkov acceleration using inverse free electron laser prebunching (p. 675) |
| by Kimura, W D |
| The NEPTUNE Facility for 2nd Generation Advanced Accelerator Experiments (p. 678) |
| by Clayton, C E |
| Optical Bunching of Relativistic Electrons for Injection into a GeV Plasma Beatwave Accelerator (p. 681) |
| by Gordon, D |
| Laser Acceleration in Vacuum (p. 684) |
| by Hus, J L |
| Self-Acceleration of Electrons in One-Dimensional Bunches, Moving in Cold Plasma (p. 693) |
| by Amatuni, A T |
| Generator-Invertor-Damper System of Electron (Positron) Bunches Moving in Cold Plasma (p. 695) |
| by Amatuni, A T |
| Performance of the Advanced Photon Source (p. 698) |
| by Decker, Glenn |
| Improving and extending performance at synchrotron radiation facilities (p. 703) |
| by Jackson, A |
| Beam-Based Modeling and Control of Storage Rings (p. 708) |
| by Lisowski, P W |
| Status of the High Brilliance Synchrotron Light Source BESSY-II (p. 713) |
| by Jaeschke, E |
| Canadian Light Source Proposal (p. 716) |
| by Dallin, L O |
| The TESLA Free Electron Laser (p. 719) |
| by Rossbach, J |
| Recent Results of the Commissioning of the DELTA Facility (p. 724) |
| by Friedl, Jeffrey |
| Insertion Device Development in the X13 Straight of the NSLS X-Ray Ring (p. 727) |
| by Stefan, P M |
| Operation of FIR- and UV-FEL Facilities and FEL Beam Sharing to User's Rooms at the FELI (p. 730) |
| by Tomimasu, T |
| Stimulated Transition Radiation in the Far-Infrared (p. 733) |
| by Settakorn, C |
| Measurements of High Gain and Noise Fluctuations in a SASE Free Electron Laser (p. 736) |
| by Hogan, M |
| Use of Jefferson Lab's High Average Power FEL as a Thomson Backscatter X-Ray Source (p. 739) |
| by Krafft, G A |
| Advances in Orbit Drift Correction in the Advanced Photon Source Storage Ring (p. 742) |
| by Emery, L |
| Investigation of Open-Loop Beam Motion in Low Frequencies at the APS (p. 745) |
| by Kim, S H |
| Experimental Calibration of VUV Ring Optics (p. 748) |
| by Safranek, J |
| Status Report on the ESRF (p. 751) |
| by Filhol, J M |
| Lattice Related Brilliance Increase at the ESRF (p. 754) |
| by Ropert, A |
| VUV and Soft X-Ray Light Source ``new SUBARU'' (p. 757) |
| by Ando, A |
| A Short Pulse X-Ray Generation via Thomson Scattering of Ultrashort Laser Pulses by Relativistic Electron Beams (p. 760) |
| by Nakajima, K |
| ANKA - Status of the 2.5 GeV Synchrotron Light Source at Forschungszentrum Karlsruhe (p. 763) |
| by Einfeld, D |
| Spatial Coherency Of The Synchrotron Radiation At The Visible Light Region And Its Application For The Electron Beam Profile Measurement (p. 766) |
| by Mitsuhashi, T |
| Longitudinal Beam Transfer Function Diagnostics in the ALS (p. 769) |
| by Byrd, J |
| Controlling the Vertical Mode Coupling Instability with Feedback in the Advanced Light Source (p. 772) |
| by Byrd, J M |
| Commissioning of the Advanced Light Source dual-axis streak camera (p. 775) |
| by Hinkson, J |
| ALS-N : a candidate for a next-generation synchrotron light source(p. 778) |
| by Jackson, A |
| Transfer functions for the ALS lattice magnets (p. 781) |
| by Keller, R |
| Orbit stability of the ALS storage ring (p. 784) |
| by Keller, R |
| Tune-split effects at the ALS storage ring (p. 787) |
| by Keller, R |
| A code for calculating intrabeam scattering and beam lifetime (p. 790) |
| by Kim, C H |
| Measurement of storage ring motion at the Advanced Light Source (p. 793) |
| by Krebs, G F |
| Measurement of the radiation incident on ALS NdFeB permanenet magnet insertion device structures and a determination of their lifetime (p. 796) |
| by Krebs, G F |
| Global beta-beating compensation of the ALS W16 wiggler (p. 799) |
| by Robin, D |
| Crossed elliptical polarization undulator (p. 802) |
| by Sasaki, S |
| Accelerator control software construction based on software object components (p. 805) |
| by Timossi, C |
| Modification of the ALS Booster Synchrotron for an Experiment on Optical Stochastic Cooling (p. 808) |
| by Zholents, A |
| Commissioning and Operations of the Brazilian Synchrotron Light Source (p. 811) |
| by Rodrigues, A R D |
| Current Status of the LSB Project (p. 814) |
| by Muñoz, M |
| Status of the SOLEIL Project (p. 817) |
| by Laclare, J L |
| A Plan of Synchrotron Light Source for Medical Applications at NIRS (p. 820) |
| by Torikoshi, M |
| The Operational Status of the Pohang Light Source (p. 823) |
| by Lee, T Y |
| ELETTRA Performance and Upgrades (p. 826) |
| by Bocchetta, C J |
| Beam Density Manipulations in the ELETTRA Storage Ring (p. 829) |
| by Bocchetta, C J |
| Ideas for fast accelerator model calibration (p. 832) |
| by Corbett, J |
| The SPEAR RF Cavity Characterization at Stanford Synchrotron Radiation Laboratory (p. 835) |
| by Park, S |
| SPEAR III : a brighter source at SSRL(p. 838) |
| by Hettel, R O |
| Experimental Calibration of SRRC Lattice Optics (p. 841) |
| by Kuo, C C |
| Preliminary Study of the Wavelength Shifter Effect in SRRC Storage Ring (p. 844) |
| by Lee, J C |
| Operation Experience at SRRC (p. 847) |
| by Liu, Y C |
| Analyzing the Relationship Between the Beam Life Time and Average Gas Pressure (p. 850) |
| by Luo, G H |
| The 1.5 GeV Operation Parameters and Performance at SRRC (p. 853) |
| by Luo, G H |
| A Lattice for the Future Project of VUV and Soft X-Ray High Brilliant Light Source (p. 856) |
| by Takaki, H |
| Wavefront Distortion Measurement Of A Sr Extraction Mirror For The Beam Profile Monitor Using Shack-hartmann Method (p. 859) |
| by Takeuchi, N |
| Instability Analysis of an Active Higher-Harmonic Cavity (p. 862) |
| by Bosch, R A |
| Aladdin, Present and Future (p. 865) |
| by Trzeciak, W |
| An Alternative Lattice Design for a Compact Light Source Ring (p. 868) |
| by Garren, A A |
| Planned Optical Diagnostics for the APS Low-Energy Undulator Test Line (p. 871) |
| by Lumpkin, Alex H |
| Initial Application of a Dual-Sweep Streak Camera to the Duke Storage Ring OK-4 Source (p. 874) |
| by Lumpkin, Alex H |
| The Advanced Photon Source Low-Energy Undulator Test Line (p. 877) |
| by Milton, S V |
| Gamma-Ray Production Using Multi-Photon Compton Scattering (p. 880) |
| by Takahashi, H |
Unique Features of the OK-4/Duke Storage Ring XUV FEL and Monochromatic  -Ray Source (p. 883) |
| by Litvinenko, V N |
| A Laser Pulse Trapper for Compton Backscattering Applications (p. 886) |
| by Yu, D |
| High Current FEL Oscillator on Base of MSU Electron Accelerators (p. 889) |
| by Grishin, V K |
| Possibility of X-Ray Free Electron Laser with Single Crystal Optical Resonator for Bragg Reflection (p. 891) |
| by Miyahara, Y |
| On the Analytic Representation of Periodic Magnetostatic Fields (p. 894) |
| by Smirnov, A V |
| A High-Power Compact Regenerative Amplifier FEL (p. 897) |
| by Nguyen, D C |
| W-Band Free Electron Laser for High Gradient Structure Research (p. 900) |
| by Lidia, S M |
| Linac design for the LCLS project at SLAC (p. 903) |
| by Bharadwaj, V K |
| First Lasing of the Israeli Tandem Electrostatic Accelerator Free Electron Laser (p. 906) |
| by Sokolowski, J S |
| Recirculating Accelerator Driver for a High-Power Free-Electron Laser : A Design Overview(p. 909) |
| by Bohn, Courtlandt L |
| Electron-Beam Diagnostics for Jefferson Lab's High Power Free Electron Laser (p. 912) |
| by Krafft, G A |
| New High Power Linacs and Beam Physics Issues (p. 915) |
| by Wangler, Thomas P |
| The Japanese Hadron Facility (p. 920) |
| by Mori, Y |
| Review of Radioactive Beam Accelerators (p. 925) |
| by Bricault, Pierre G |
| RIKEN RI-Beam Factory Project (p. 930) |
| by Yano, Y |
| Status of the IUCF Cooler Injector Synchrotron (p. 935) |
| by Friesel, D L |
| Acceleration test of radioactive nuclear beam at INS (p. 938) |
| by Tomizawa, M |
| Acceleration Test of the Folded-Coaxial RFQ Linac for the RILAC (p. 941) |
| by Kamigaito, O |
| Recent Lead Ion Storage Tests on LEAR (p. 944) |
| by Bosser, Jacques |
| The REX-ISOLDE project (p. 947) |
| by Von Hahn, R |
| Development of HILBILAC for Initial Part of ADTT Accelerator (p. 950) |
| by Batskikh, G I |
| A 1- to 5-MW, RCS-Based, Short-Pulse Spallation Neutron Source (p. 953) |
| by Cho, Y |
| Status of the TRIUMF ISAC-Facility for Accelerating Radioactive Beams (p. 956) |
| by Schmor, P W |
| Anomalous, Intensity Dependent Losses in Au(32+) Beams (p. 959) |
| by Blaskiewicz, M |
| Accumulator Ring Lattice for the National Spallation Neutron Source (p. 962) |
| by Gardner, C J |
| Micro-Bunching the AGS Slow External Beam (p. 967) |
| by Glenn, J W |
| Accumulator Ring Design for the NSNS Project (p. 970) |
| by Weng, W T |
| Conversion of the PS complex as LHC proton pre-injector (p. 973) |
| by Blas, F |
| Combined longitudinal and transverse multiturn injection in a heavy ion accumulator (p. 976) |
| by Carli, Christian |
| The antiproton decelerator : AD(p. 979) |
| by Baird, S A |
| Overview of the recent operation of the AAC and LEAR for the low-energy antiproton physics programme (p. 982) |
| by Baird, S A |
| The proton synchrotron Desy III (p. 985) |
| by Ebeling, W |
| Intensity limitations in Fermilab main injector (p. 991) |
| by Chou, W |
| Design of a gamma(t) jump system for Fermilab main injector (p. 994) |
| by Chou, W |
| Design and Simulation of the Antiproton Recycler Lattice (p. 997) |
| by Johnson, D E |
| An Imaginary-t Lattice with Dispersion-Free Straights for the 50 GeV High-Intensity Proton Synchrotron (p. 1000) |
| by Ng, K Y |
| An imaginary- gamma /sub t/ lattice with dispersion-free straights for the 50 GeV high-intensity proton synchrotron (p. 1000) |
| by Ng, K Y |
| Multiple injections with barrier buckets (p. 1003) |
| by Ng, K Y |
| The Fermilab Accumulator Ring Lattice Upgrade (p. 1006) |
| by O'Day, S |
| Intensity Upgrade Studies At The Kek-ps (p. 1009) |
| by Sato, H |
| Overview and Status of the Los Alamos PSR Injection Upgrade Project (p. 1012) |
| by Fitzgerald, D H |
| Comparison of Beam Transport Simulations to Measurements at the Los Alamos Proton Storage Ring (p. 1015) |
| by Wilkinson, C |
| Accumulator Ring H- Injection Optimization Studies (p. 1018) |
| by Galambos, J D |
| A possible upgrade for ISIS (p. 1021) |
| by Harold, M R |
| Design of Booster Synchrotron for MUSES (p. 1024) |
| by Katayama, T |
| ELISA - An Electrostatic Storage Ring for Atomic Physics (p. 1027) |
| by Møller, S P |
| A proton driver for the Muon Collider source with a tunable momentum compaction lattice (p. 1030) |
| by Trbojevic, D |
| Correction of Depolarizing Resonances in ELSA (p. 1033) |
| by Steier, C |
| Continuous Electron-Energy Variation of the Eindhoven Racetrack Microtron (p. 1036) |
| by Theuws, W H C |
| The IASA RaceTrack Microtron Facility, a Progress Report (p. 1042) |
| by Stiliaris, E |
| Extracted Beams from IBA's C235 (p. 1045) |
| by Van de Plassche, D |
| The Cooler Synchrotron COSY Facility (p. 1048) |
| by Stockhorst, H |
| Beams for Gammasphere at the LBNL 88-Inch Cyclotron (p. 1051) |
| by Clark, D J |
| A Compact Superconducting Cyclotron for the Production of High Intensity Protons (p. 1054) |
| by Blosser, H |
| A Separated Sector Cyclotron for the Production of High Intensity Protons (p. 1057) |
| by Marti, F |
| Conceptual Design of a High Field Ultra-Compact Cyclotron for Nuclear Physics Research (p. 1060) |
| by Schubert, J |
| Polarized Electrons in the AmPS Storage Ring (p. 1063) |
| by Luijckx, G |
| Numerical Analyses of the Injection and Extraction Trajectories for the RIKEN Superconducting Ring Cyclotron (p. 1066) |
| by Fujishima, S |
| Orbit Analysis for the RIKEN Superconducting Ring Cyclotron (p. 1069) |
| by Mitsumoto, T |
| Design Study of Accumulator Cooler Ring for MUSES (p. 1072) |
| by Ohtomo, K |
| Design Study of the Injection and Extraction Systems for the Riken Superconducting Ring Cyclotron (p. 1075) |
| by Okuno, H |
| Status of the HMI-RFQ-Injector (p. 1078) |
| by Engels, O |
| A Two-Beam RFQ for Ion Beam Funneling (p. 1081) |
| by Firjahn-Andersch, A |
| Design of a High Current H- RFQ Injector (p. 1084) |
| by Schempp, A |
| Prototype of a Superconducting RFQ for a Heavy Ion Injector Linac (p. 1087) |
| by Bisoffi, G |
| Development of the ITEP 27 MHz Heavy Ion RFQ (p. 1090) |
| by Andreev, V A |
| A 6.7 MeV CW RFQ Linac (p. 1093) |
| by Schrage, D |
| NSNS RFQ Mechanical Design (p. 1096) |
| by Hoff, Matthew D |
| Status of the RFD Linac Prototype (p. 1099) |
| by Swenson, D A |
| Beam Dynamics Studies on the ISAC RFQ at TRIUMF (p. 1102) |
| by Koscielniak, S |
| Construction Criteria and Prototyping for the ISAC RFQ Accelerator at TRIUMF (p. 1105) |
| by Poirier, R L |
| A High-Power Radiofrequency Focusing Continuous Wave Electron Linac (p. 1108) |
| by Sobenin, N P |
| The Beam Loading Effect in the Multicavity Linear Accelerator and the Requirements for the RF Control System (p. 1111) |
| by Senichev, Yu |
| A Superconducting Linac for the Energy Amplifier (p. 1114) |
| by Ruggiero, Alessandro G |
| Low-Beta Structures for CW Operation (p. 1117) |
| by Leboutet, H |
| IPHI the Saclay High-Intensity Proton Injector Project (p. 1120) |
| by Lagniel, J M |
| Status on Linacs Developed at Institute of Atomic Physics - Bucharest, Romania (p. 1123) |
| by Martin, D |
| A High-Current Superconducting Proton Linac for an Accelerator-Driven Transmutation System (p. 1126) |
| by Pagani, C |
| The New Positive Ion Injector PIAVE at LNL (p. 1129) |
| by Lombardi, A |
| Complete Simulation of the Heavy Ion Linac PIAVE (p. 1132) |
| by Pisent, A |
| A Triple Gap Resonator Design for the Separated Function DTL at TRIUMF (p. 1135) |
| by Bylinsky, Y |
| BBU Gain Measurements on the ITS 6-MeV, 4-kA Linac (p. 1138) |
| by Allison, P |
| Quadrupole Image-Current Effects in the ITS 6-MeV, 4-kA Linac (p. 1141) |
| by Allison, P |
| Observation of Self-Steering Effects on the ITS 6-MeV Linac (p. 1144) |
| by Allison, P |
| An overview of the low-energy demonstration accelerator (LEDA) project rf systems (p. 1147) |
| by Bradley, J |
| Commissioning Plan for a High-Current Proton Linac (p. 1150) |
| by Chan, K C D |
| Simulated Performance of the Superconducting Section of the APT Linac Under Various Fault and Error Conditions (p. 1153) |
| by Gray, E R |
| Integrated Normal-Conducting/Superconducting High Power Proton Linac for APT Project (p. 1156) |
| by Lawrence, G P |
| Overview of Progress on the Improvement Projects for the LANSCE Accelerator and Target Facilities (p. 1159) |
| by Macek, R J |
| Beam Dynamics Aspects for the APT Integrated Linac (p. 1162) |
| by Nath, S |
| Availability Results for the LANSCE Accelerator Complex (p. 1165) |
| by Callaway, N T |
| Progress Update on the Low-Energy Demonstration Accelerator (LEDA) (p. 1168) |
| by Schneider, J D |
| Physics Design of the National Spallation Neutron Source Linac (p. 1171) |
| by Takeda, H |
| The NSNS Front End Accelerator System (p. 1174) |
| by Staples, J W |
| A Proposed Superconducting Booster Linac for the HRIBF (p. 1177) |
| by Bailey, J D |
| A 100 MeV MultiTank Drift Tube Linac for Proton Acceleration (p. 1180) |
| by D'Auria, G |
| RF Low Level and Power Distribution of the 100 MeV Proton Multi-Tank Drift Tube Linear Accelerator (p. 1182) |
| by D'Auria, G |
| Linear Beam Dynamics in the Superconducting Linear Accelerator of the Energy Amplifier (p. 1185) |
| by Iazzourene, F |
| Optimization of the Accelerating Structures for the Superconducting Linear Accelerator of the Energy Amplifier (p. 1188) |
| by Wrulich, A F |
| Optimization of the accelerating structure for the superconducting, linear accelerator of the Energy Amplifier (p. 1188) |
| by Wrulich, A F |
| A DTL with Short Tanks and External Focusing for High Power CW Linacs (p. 1191) |
| by Bourat, C |
| A Separated Function Drift-Tube Linac for the ISAC Project at TRIUMF (p. 1194) |
| by Laxdal, R E |
| Design of the Source Development Lab Bunch Compressor (p. 1197) |
| by Graves, W S |
| Electron Beam Dynamics for a Low-Energy Electron Linac (p. 1200) |
| by Hammen, A F J |
| Fabrication of Biperiodic DAW Cavity (p. 1203) |
| by Iwashita, Y |
| Present Status of the Electron Linac as the Injector for KSR (p. 1206) |
| by Sugimura, T |
| Upgrading of the LNLS Injection System (p. 1209) |
| by Wisnivesky, D |
| Operation and Status of the ELETTRA Injector Linac (p. 1212) |
| by D'Auria, G |
| Backward Traveling Wave Electron Linac (p. 1215) |
| by Chen Huai Bi |
| A 14 MeV Single-Section SW Guide for Medical Accelerators (p. 1218) |
| by Jin, Q |
| A Portable X-Band On-Axis Standing Wave Linac Structure (p. 1221) |
| by Sun, X |
| Beijing Radioactive Nuclear Beam Facility (BRNBF) (p. 1224) |
| by Ling, G X |
| Development of the Holifield Radioactive Ion Beam Facility (p. 1227) |
| by Tatum, B A |
| Experiments in Heavy-Ion Fusion Beam Physics at LBNL, LLNL, and the University of Maryland (p. 1230) |
| by Kwan, J W |
| PBFA Z : A 55 TW/4.5 MJ Electrical Generator(p. 1235) |
| by Spielman, R B |
| 3D Particle Simulations of Space-Charge-Dominated Beams in HIF Accelerator Experiments (p. 1240) |
| by Grote, D P |
| Experiments Investigating the Generation and Transport of 10-12 MeV, 30-kA, mm-Size Electron Beams with Linear Inductive Voltage Adders (p. 1245) |
| by Mazarakis, M G |
| Linear Induction Accelerator Approach for Advanced Radiography (p. 1248) |
| by Caporaso, George J |
| Performance of the Spiral Line Induction Accelerator (p. 1251) |
| by Smith, J R |
| AIRIX Prototype Technological Results at CESTA (p. 1254) |
| by Anthouard, P |
| Beam Transport and Characterization on AIRIX Prototype at CESTA (p. 1257) |
| by Eyharts, P |
| ETA-II Experiments for Determining Advanced Radiographic Capabilities of Induction Linacs (p. 1260) |
| by Weir, J T |
| 800-keV Electron Induction Injector with High Average Power (p. 1263) |
| by Mamaev, G |
| Output Beam Characteristics of 150 MeV Microtron (p. 1266) |
| by Hori, T |
| Constant-Current Charging Supplies for the Advanced Photon Source (APS) Linear Accelerator Modulators (p. 1269) |
| by Fuja, R |
| New Results on Electron Emission from PZT Ferroelectric Cathodes (p. 1272) |
| by Flechtner, D |
| A Ferroelectric Cathode Electron Gun for High Power Microwave Research (p. 1275) |
| by Ivers, J D |
| Thirty Mega-Watt Klystron Modulator Development at the Duke University Free-Electron Laser Laboratory (p. 1278) |
| by Sachtschale, Richard J |
| A Thyratron Trigger with Low Jitter (p. 1281) |
| by Jensen, C |
A 40 kV, 3.1  PFN for the Main Injector Abort Kicker (p. 1284) |
| by Jensen, C C |
| Kicker System for 8 GeV Proton Injection (p. 1287) |
| by Qunell, D |
| High power modulator for linear induction accelerator SILUND-21 (p. 1290) |
| by Dolbilov, G V |
| A 200-A, 500-Hz, Triangle Current-Wave Modulator and Magnet Used for Particle Beam Rastering (p. 1293) |
| by Rose, C R |
| Arbitrary Waveform Generator for Electrostatic Dipoles in a Heavy Ion Recirculator (p. 1296) |
| by Berners, D P |
| Dynamics of Magnetic Insulation Violation in Smooth-Bore Magnetrons (p. 1299) |
| by Agafonov, A V |
| Brillouin Flow in a Magnetron Diode as the Kinetic Model Limit (p. 1302) |
| by Agafonov, A V |
| A Novel Design for a High Power Superconducting Delay Line (p. 1305) |
| by Chen, Y J |
| High-Performance Insulator Structures for Accelerator Applications (p. 1308) |
| by Sampayan, S E |
| 150 kV Magnetic Pulse Compressor (p. 1311) |
| by Mamaev, G |
| Technology for Production of Amorphous Alloy Large Scale Cores (p. 1313) |
| by Mamaev, G |
| The PEP-II Abort Kicker System (p. 1316) |
| by De Lamare, J |
| NLC Klystron Pulse Modulator R&D at SLAC (p. 1319) |
| by Koontz, R |
| Development of the pulse transformer for NLC klystron pulse modulator (p. 1322) |
| by Akemoto, M |
| A fast 60 kV resonant charging power supply for the LHC inflectors (p. 1325) |
| by Barnes, M J |
| The application of saturating inductors for improving the performance of the CERN PS kicker systems (p. 1328) |
| by Wait, G D |
| Beam dynamics in SLC (p. 1331) |
| by Assmann, R W |
| Rigorous Integration of Maps and Long-Term Stability (p. 1336) |
| by Makino, K |
| Analytic Nonlinear Methods for Beam Optics (p. 1341) |
| by Irwin, J |
| Nonlinear Dynamics Issues for Quasi-Isochronous Storage Rings (p. 1346) |
| by Jeon, D |
| Lattice Design for a High-Power Infrared FEL (p. 1351) |
| by Douglas, D R |
| Overview of the LHC dynamic aperture studies (p. 1356) |
| by Koutchouk, Jean-Pierre |
| Global and Local Horizontal-Vertical Decoupling (p. 1359) |
| by Teng, L C |
| Analytic Lattice Design with BeamOptics (p. 1362) |
| by Autin, Bruno |
| Analytic Lattice Design with Beam Optics (p. 1362) |
| by Autin, Bruno |
| Experimental Measurement of High-Gradient Standing Wave Accelerator Transport Matrix (p. 1365) |
| by Reiche, S |
| Method of Strong Focusing (p. 1368) |
| by Shapiro, V E |
| A Standard FODO Lattice with Adjustable Momentum Compaction (p. 1371) |
| by Trbojevic, D |
| Beam-Based Calibration of the Linear Optics Model of ELSA (p. 1373) |
| by Keil, J |
| Lattices for medical synchrotrons employing active scanning (p. 1376) |
| by Benedikt, Michael |
| Matching to gantries for medical synchrotrons (p. 1379) |
| by Benedikt, Michael |
| Beam optics issues for the antiproton decelerator (p. 1382) |
| by Belochitskii, P |
| Longitudinal Radiation Excitation of Quasi-Isochronus Storage Ring ``New SUBARU'' (p. 1385) |
| by Shoji, Y |
| Lattice Design of BTCF Storage Ring (p. 1388) |
| by Huang, N |
| The focusing structure of the Prague proton synchrotron for hadron therapy (p. 1391) |
| by Molodozhentsev, A Yu |
| Dynamic Aperture with Multipoles of Special Quadrupole Magnets in the KEKB Interaction Region (p. 1394) |
| by Koiso, H |
| Magnetic Optics for Proton Radiography (p. 1397) |
| by Mottershead, C T |
| Design of Double Storage Rings at MUSES (p. 1400) |
| by Inabe, N |
| Ion Optical Design of the BRF-FNAL-SAIC-UW PET Accelerator (p. 1403) |
| by Larson, D J |
| Optics for SOLEIL at 2.5 GeV (p. 1406) |
| by Nghiem, P |
| Emittance Study of Combined Function TBA Lattice at SRRC (p. 1409) |
| by Wang, M H |
| Beam Optics for the Target Beam Lines of the European Spallation Source (p. 1412) |
| by Ziemann, V |
| Intrinsic Third Order Aberrations in Electrostatic and Magnetic Quadrupoles (p. 1415) |
| by Baartman, R |
| Canonical Particle Tracking and End Pole Matching of Helical Insertion Devices (p. 1418) |
| by Wýstefeld, G |
| Particle Motion Inside and Near a Linear Half-Integer Stopband (p. 1424) |
| by Parzen, G |
| Dynamic Aperture of the Storage Ring VEPP-2M in Round Beam Mode (p. 1433) |
| by Koop, I A |
| Tracking Studies for the LHC Optics Version 4 at Injection Energy (p. 1436) |
| by Böge, M |
| Tracking studies for the LHC optics 4 at injection energy (p. 1436) |
| by Böge, M |
| Estimates for Long-term stability for the LHC (p. 1439) |
| by Böge, M |
| A more robust and flexible lattice for LHC (p. 1442) |
| by Koutchouk, Jean-Pierre |
| Inverse logarithm decay of long-term dynamic aperture in hadron colliders (p. 1445) |
| by Giovannozzi, Massimo |
| Dynamic Aperture Study on the Beijing Tau-Charm Factory Design (p. 1448) |
| by Qin, Q |
| Computation of the Dynamic Aperture of 2D Generic Maps Using Invariant Manifolds (p. 1451) |
| by Giovannozzi, Massimo |
| An Orbit and Dispersion Correction Scheme for the PEP-II (p. 1454) |
| by Donald, M H R |
| Experimental Non Linear Beam Dynamics Studies at SPEAR (p. 1457) |
| by Terebilo, A |
| Overcoming Weak Intrinsic Depolarizing Resonance with Energy-Jump (p. 1460) |
| by Huang, H |
| Nonlinear Beam Dynamics Study at the VEPP-4M (p. 1463) |
| by Kiselev, V |
| Dynamic Aperture Study in the VEPP-4M Storage Ring (p. 1466) |
| by Kiselev, V |
| Sorting Strategies for the CERN-LHC Dipoles (p. 1469) |
| by Bartolini, R |
| Sorting Strategies for the LHC Dipoles (p. 1469) |
| by Bartolini, R |
| Investigation of Chromaticity Sharing at the Cornell Electron Storage Ring (p. 1472) |
| by Henderson, S |
| Beam dynamics with noise in superferric Very Large Hadron Collider ("Pipetron") (p. 1475) |
| by Shiltsev, V D |
| Overcoming Intrinsic Spin Resonance by Using an AC Dipole (p. 1478) |
| by Bai, M |
| First Test of Orbit Response Matrix in Proton Storage Ring (p. 1481) |
| by Chu, C M |
| Test of Optics Diagnostics in ATF (p. 1484) |
| by Kubo, K |
| Effect of RF Phase Modulation on the Longitudinal Beam Dynamics (p. 1487) |
| by Wang, M H |
| Measurement of the Variation of Machine Parameters and the Effect of the Power Supplies Ripple on the Instantaneous Tunes at SPEAR (p. 1490) |
| by Terebilo, A |
| Some Results of the Advanced Photon Source Beam Lifetime Studies (p. 1493) |
| by Bizek, Hana M |
| The Extended Touschek Lifetime (p. 1496) |
| by Bizek, H M |
| ``Integrable Accelerator'' Structure for Round Beams with Soliton-Like Force (p. 1499) |
| by Danilov, V V |
| Wavelet Approach to Accelerator Problems, I. Polynomial Dynamics (p. 1502) |
| by Fedorova, A |
| Wavelet Approach to Accelerator Problems, II. Metaplectic Wavelets (p. 1505) |
| by Fedorova, A N |
| Wavelet Approach to Accelerator Problems, III. Melnikov Functions and Symplectic Topology (p. 1508) |
| by Fedorova, A N |
| Some Interaction Peculiarities of Relativistic Particles with UHF Electric Field of High Intensity at Large Distances (p. 1511) |
| by Korovin, O P |
| Nonlinear longitudinal dynamics studies at the ALS (p. 1514) |
| by Byrd, J M |
| Energy Acceptance and Touschek Lifetime Calculations for the SOLEIL Project (p. 1517) |
| by Nadji, A |
| Simulations of Non-Linear Beam Dynamics Effects Due to an Electromagnetic Elliptical Wiggler (p. 1520) |
| by Tosi, L |
| Dispersion in the presence of strong transverse wakefields (p. 1523) |
| by Assmann, R W |
| Review of Image Effects on Particle Beams in Cylindrical Pipes (p. 1526) |
| by Allen, C K |
| A Multimedia Tutorial for Charged-Particle Beam Dynamics (p. 1529) |
| by Silbar, Richard R |
| Energy dependence of beam-beam interactions at LEP (p. 1532) |
| by Burkhardt, H |
| Beam Dynamics Problems for a u+ - u- Collider (p. 1537) |
| by Neuffer, David V |
| Collisions of Resonantly Coupled Round Beams at the Cornell Electron-Positron Storage Ring (CESR) (p. 1542) |
| by Young, E |
| Longitudinal Beam Instabilities in the Barrier RF System (p. 1545) |
| by Chin, Y H |
| Longitudinal bunched-beam instabilities in a barrier RF system (p. 1545) |
| by Chin, Y H |
| Microwave instability at transition crossing in the KEK-PS (p. 1548) |
| by Takayama, K |
| Fractional Filling Induced Landau Damping of Longitudinal Instabilities at the ESRF (p. 1551) |
| by Naumann, O |
| Effects of Incoherent Space Charge Forces on the Fast Head-Tail Instability (p. 1554) |
| by Blaskiewicz, M |
| First Operation of the Superconducting Electron Cooler at the Storage Ring TARN II (p. 1557) |
| by Tanabé, T |
| Lasers and Laser-Cooling Used for Studies of Beam Dynamics (p. 1560) |
| by Madsen, N |
| First Observations of a ``Fast Beam-Ion Instability'' at the ALS (p. 1563) |
| by Byrd, J M |
| The Experimental Study on Beam-Photoelectron Instability in BEPC (p. 1566) |
| by Guo, Z Y |
| Operation and Performance of Bunch Precompression for Increased Current Transmission at the SLC (p. 1569) |
| by Minty, Michiko G |
| Ultra-Short Bunches by Using a Quasi-Continous Compressor Scheme in a Long Beam Transfer Line (p. 1572) |
| by Schlarb, H |
| Compensation of Longitudinal Coupled-Bunch Instability in the Advanced Photon Source Storage Ring (p. 1575) |
| by Harkay, K C |
| Fast Transverse Instability in the NSNS Accumulator Ring (p. 1578) |
| by Ruggiero, A G |
| e-p Instability in the NSNS Accumulator Ring (p. 1581) |
| by Ruggiero, Alessandro G |
| Microwave Instability Thresholds (p. 1584) |
| by Zhang, S Y |
| Longitudinal coupled-bunch instability around 1 GHZ at the CERN PS booster (p. 1587) |
| by Caspers, P |
| Beam intensity limits in the Main Injector through transition with a normal phase jump scheme (p. 1590) |
| by Bhat, C M |
| Longitudinal Instability Due to the Randomness of Higher Mode Frequencies of RF Cavity (p. 1593) |
| by Nam, S K |
| Experimental Observations of the Ion-Related Coupled Bunch Instability in a Bunch Train in TRISTAN AR (p. 1596) |
| by Fukuma, H |
| Beam loss at the beginning of acceleration in the KEK-PS main ring (p. 1599) |
| by Toyama, T |
| Bunch Lengthening and Energy Spread Increasing in Electron Storage Rings (p. 1602) |
| by Gao, J |
| Theory of Single Bunch Transverse Collective Instabilities in Electron Storage Rings (p. 1605) |
| by Gao, J |
| Theoretical Investigations on Multibunch Instabilities in Electron Storage Rings and Linear Accelerators (p. 1608) |
| by Gao, J |
| Recent Experimental Evidence for the Los Alamos Proton Storage Ring Beam Instability (p. 1611) |
| by Plum, M A |
| Increase of the transverse strong head-tail stability threshold by an alternating chromaticity (p. 1614) |
| by Cheng Wen Hao |
| The electron-cloud instability in PEP-II : an update(p. 1617) |
| by Furman, M A |
| Saturation of the ion transverse instability (p. 1620) |
| by Heifets, S |
| A coupled-bunch ion instability in the SLC electron damping ring (p. 1623) |
| by Krejcik, P |
| Ion effects in the SLC electron damping ring (p. 1626) |
| by Krejcik, P |
| Saw-tooth instability studies in the Stanford Linear Collider damping rings (p. 1629) |
| by Podobedov, B V |
| Fast Ion Instability in Real Lattice (p. 1632) |
| by Stupakov, G V |
| Nonlinear dynamics of single bunch instability in accelerators (p. 1635) |
| by Stupakov, G V |
| Stablization of the Spectral Intensity Fluctuations with the Higher Order Mode Frequency Tuners (p. 1638) |
| by Wang, C |
| Shielding Transient Self-Interaction of a Bunch Entering a Circle from a Straight Path (p. 1641) |
| by Li, R |
| Analysis on the Steady-State Coherent Synchrotron Radiation with Strong Shielding (p. 1644) |
| by Li, R |
| Landau damping of the weak head-tail instability for beams with quadratic amplitude-dependent betatron tunes and binomial amplitude distributions (p. 1647) |
| by Tran, H J |
| Preliminary Measurement of Energy-Spread Change Resulting from the Resistive-Wall Instability (p. 1650) |
| by Suk, H |
| Space-Charge Effects on the Beam Resonance Instability (p. 1653) |
| by Ottinger, M B |
| Longitudinal Coupled Bunch Instabilities in the JHP 50 GeV Main Ring (p. 1656) |
| by Uesugi, T |
| Longitudinal coupled bunch instabilities in the JHF 50 GeV main ring (p. 1656) |
| by Uesugi, T |
| On the coherent radiation of an electron bunch moving in an arc of a circle (p. 1658) |
| by Saldin, E L |
| Wakefields of Short Bunches in the Canal Covered with Thin Dielectric Layer (p. 1661) |
| by Novokhatski, A |
| Measurement of the Longitudinal Wake Potential in the Photon Factory Electron Storage Ring (p. 1664) |
| by Tamura, K |
| Weak-strong simulation of beam-photoelectron instability in a positron storage ring (p. 1667) |
| by Ohmi, K |
| Equivalent circuit study of beam-loading using a moment method (p. 1670) |
| by Wang, T S F |
| Collective centroid oscillations as an emittance preservation diagnostic in linear collider linacs (p. 1673) |
| by Adolphsen, C E |
| Beam loading compensation in the NLCTA (p. 1676) |
| by Adolphsen, C E |
| Emittance dilution through coherent energy spread generation in bending systems (p. 1679) |
| by Emma, P |
| Single bunch stability in LER of PEP-II (p. 1682) |
| by Heifets, S A |
| Geometrical wake of a smooth flat collimator (p. 1685) |
| by Stupakov, G V |
| Synchrotron Radiation Wake in Free Space (p. 1688) |
| by Stupakov, G V |
| Effects of the Landau Cavity on the Electron Beam (p. 1691) |
| by Chang, L H |
| Beam Breakup in a Microtron (p. 1694) |
| by Yunn, Byung C |
| Beam Loading Optimized Filling Patterns for Partially Filled Storage Rings (p. 1697) |
| by Bogacz, S A |
| A Potpourri of Impedance Measurements at the Advanced Photon Source Storage Ring (p. 1700) |
| by Sereno, N S |
| Beam Impedance Study for the BESSY-II Storage Ring (p. 1703) |
| by Khan, S |
| The Coupling Impedance of the RHIC Injection Kicker System (p. 1706) |
| by Hahn, H |
| Design of a Heavily Damped Superconducting Cavity for SOLEIL (p. 1709) |
| by Mosnier, A |
| Stability Diagrams for Landau Damping (p. 1712) |
| by Berg, J S |
| Stability diagrams for Landau damping (p. 1712) |
| by Berg, J S |
| An Impedance Data Base Program for LEP2 and the LHC (p. 1715) |
| by Brüning, Oliver Sim |
| The HOM Study of CESR RF Cavities Studied Using a Single Circulating Bunch (p. 1718) |
| by Temnykh, A |
| Controlling the Resistive Wall Instability in the Fermilab Main Ring (p. 1721) |
| by Capista, D |
| Impedance scaling and impedance control (p. 1724) |
| by Chou, W |
| Measurement of the Kicker Coupling Impedances in the SIS and ESR at GSI (p. 1727) |
| by Blell, U |
| Impedance Studies for BEPC (p. 1729) |
| by Zhou, F |
| Improvements in Curing Coupled Bunch Instabilities at ELETTRA by Mode Shifting after the Installation of the Adjustable Higher Order Mode Frequency Shifter (HOMFS) (p. 1735) |
| by Svandrlik, M |
| Estimate of the impedance due to wall surface roughness (p. 1738) |
| by Bane, Karl Leopold Freitag |
| Longitudinal beam-transfer-function measurements at the SLC damping rings (p. 1741) |
| by Minty, Michiko G |
| Analytic and Numerical Analysis of the Longitudinal Coupling Impedance of an Annular Cut in a Coaxial Liner (p. 1744) |
| by Fedotov, Alexei V |
| General Analysis of the Longitudinal Coupling Impedance of a Rectangular Slot in a Thin Coaxial Liner (p. 1747) |
| by Fedotov, Alexei V |
| Resonant Effects in the Longitudinal Coupling Impedance of a Rectangular Slot in a Coaxial Liner (p. 1750) |
| by Fedotov, Alexei V |
| Path integral computation of Laslett coefficients in pipes with arbitrary transverse geometry (p. 1753) |
| by Petracca, S |
| Influence of Resistive Wall Impedance on the VSX Light Source (p. 1756) |
| by Nakamura, N |
| Two Examples of Integrable Systems with Round Colliding Beams (p. 1759) |
| by Danilov, V V |
| Beam-Beam Effects Simulation for VEPP-2M with the Flat and the Round Beams (p. 1762) |
| by Nesterenko, I N |
| A Luminosity Monitor Using the Coherent Beam-Beam Interaction (p. 1765) |
| by Sagan, D |
| The Incoherent Long Range Beam-Beam Interaction in CESR (p. 1768) |
| by Temnykh, A |
| Measurement and Simulation of Nonlinear Beam-Beam Mode Coupling in the Fermilab Tevatron (p. 1771) |
| by Assadi, S |
| Beam-beam simulation with crossing angle in TEV33 (p. 1774) |
| by Shiltsev, V D |
| "Evalution of ""Round colliding beams"" for Tevatron" (p. 1777) |
| by Danilov, V V |
| Dispersion in the interaction point (p. 1783) |
| by Petracca, S |
| Effect of Noise in Beam-Beam Interaction (p. 1786) |
| by Batygin, Yuri K |
| Beam-beam simulations with non-gaussian distributions for SLC and SLC-2000 (p. 1789) |
| by Bane, Karl Leopold Freitag |
| High Current Magnetized Plasma Discharges and Electron Beams for Capture and Cooling of Charged Leptons and Hadrons (p. 1792) |
| by Hershcovitch, A |
| Linac-Based Electron Cooling Device (p. 1795) |
| by Dikanskij, N S |
| The Coupling-Cavity Scheme for Three-Dimensional Laser Cooling (p. 1798) |
| by Kihara, T |
| Design and Analysis of a Cooling Insertion Lattice for Optical Stochastic Cooling (p. 1801) |
| by Zholents, A |
| An Amplifier for Optical Stochastic Cooling (p. 1804) |
| by Zholents, A |
| Simulation of Beam Bunching with Electron Cooling for the Ion Storage Ring of RIKEN RI-Beam Factory Project (p. 1807) |
| by Takanaka, M |
| Generation of Sub-Picosecond X-Ray Pulses at BESSY-II (p. 1810) |
| by Khan, S |
| Energy loss of proton and lead beams in the CERN-SPS (p. 1813) |
| by Arnold, J |
| Beam Echoes in the CERN SPS (p. 1816) |
| by Brüning, Oliver Sim |
| Observations and simulations of beam tails in LEP (p. 1819) |
| by Reichel, I |
| Synchrotron Oscillation Driven by RF Phase Noise (p. 1822) |
| by Ormond, Kern W |
| Numerical Solution for Fokker-Planck Equations in Accelerators (p. 1825) |
| by Zorzano-Mier, M P |
| Multibunch Collision Scheme in BEPC (p. 1828) |
| by Wang, L F |
| Emittance measurement from the decay rate of coherent oscillation through nonlinear filamentation (p. 1831) |
| by Kamada, S |
| Effect of Diffusion on Bunched Beam Echo (p. 1834) |
| by Stupakov, G V |
| Advances in 3D Electromagnetic Finite Element Modeling (p. 1837) |
| by Nelson, E M |
| Experimental Results on Beam Halo (p. 1841) |
| by Haouat, G |
| Core and Halo Particle Dynamics of High Intensity Proton Beams (p. 1846) |
| by Pabst, M |
| The Fine Structure of the Longitudinal Machine Impedance Observed with Single Bunches (p. 1849) |
| by Bohl, T |
| Equipartitioning and Halo Due to Anisotropy (p. 1852) |
| by Hofmann, I |
| Design and Development of an Electron Recirculator for Study of High-Current Beam Dynamics (p. 1855) |
| by Wang, J G |
| Parasitic Energy Loss in the LEP Superconducting Cavities (p. 1858) |
| by Arduini, Gianluigi |
| Transmission Line Analysis of Beam Deflection in a BPM Stripline Kicker (p. 1861) |
| by Caporaso, George J |
| Space-Charge Forces of a DC Beam in a Continuous Bend (p. 1864) |
| by Chen, Y J |
| Diode and Final-Focus Simulations for DARHT (p. 1867) |
| by Hughes, Thomas P |
| Influence of Ion Channel on Electron Beam Propagation (p. 1870) |
| by Uhm, Han S |
| Simulation of bunch precompression at high currents in the SLC damping rings (p. 1873) |
| by Bane, Karl Leopold Freitag |
| Measurement of the longitudinal wakefield and the bunch shape in the SLAC linac (p. 1876) |
| by Bane, Karl Leopold Freitag |
| Analytic Expressions for Longitudinal Schottky Signals from Beams with Gaussian Momentum Distribution (p. 1879) |
| by Ziemann, V |
| Proton Injection and RF Capture in the National Spallation Neutron Source (p. 1882) |
| by Luccio, A U |
| Transverse Instability in High Intensity Proton Rings (p. 1885) |
| by Zhang, S Y |
| Compensation of Bend-Plane Emittance Growth in a 180 Degree Bend (p. 1888) |
| by Dowell, David H |
| Coherent Synchrotron Radiation Induced Emittance Growth in a Chicane Buncher (p. 1891) |
| by Dowell, David H |
| Free Energy Relaxation in a Drift-Tube Linac (p. 1894) |
| by Brown, Nathan A |
| High Current Beam Dynamics for the Upgraded UNILAC (p. 1897) |
| by Barth, W |
| Considerations on Particle Dynamics in a Heavy Ion DTL (p. 1900) |
| by Deitinghoff, H |
| Bunch Space Charge Limits in an RTM (p. 1902) |
| by Shvedunov, V I |
| Comparative Study of Accelerating Structures Proposed for High Power Linac (p. 1905) |
| by Kolomiets, A |
| Intensity dependence of betatron resonances observed at the KEK-PS (p. 1908) |
| by Shoji, Y |
| Halo Formation from Axisymmetric Breathing Beams (p. 1911) |
| by Ikegami, M |
| Emittance Growth of an Intense Electron Beam in a Focusing Channel (p. 1914) |
| by Carlsten, B E |
| Beam Matching and Halo Control (p. 1917) |
| by Lysenko, W |
| Equipartitioning in a High Current Proton Linac (p. 1920) |
| by Young, Lloyd M |
| Numerical Simulation Studies of the LBNL Heavy-Ion Beam Combiner Experiment (p. 1923) |
| by Fawley, W M |
| A Scaled Beam-Combining Experiment for Heavy Ion Inertial Fusion (p. 1926) |
| by Seidl, P A |
| Theory of Longitudinal Beam Halo in RF Linacs : I. Core/Test-Particle Formulation(p. 1929) |
| by Barnard, John J |
| Theory of Longitudinal Beam Halo in RF Linacs : II. Envelope-Particle Resonances(p. 1932) |
| by Lund, Steven M |
| Self-Pinched Transport Theory for the SABRE Ion Diode (p. 1935) |
| by Welch, Dale R |
| Emittance Growth and Particle Diffusion Induced by Discrete-Particle Effects in Intense Beams (p. 1938) |
| by Pakter, R |
| Prevention of Halo Formation in High Brightness Beams (p. 1941) |
| by Batygin, Yuri K |
| New Classes of Uniform Distributions for Charged Particles in Longitudinal Magnetic Field (p. 1944) |
| by Drivotin, O |
| The Calculation, Simulation, and Measurement of Longitudinal Beam Dynamics in Electron Injectors (p. 1947) |
| by Dunham, B |
| KV-Beam in a Dispersive Channel (p. 1953) |
| by Venturini, M |
| Longitudinal Focusing of Space-Charge Dominated Beams in the UMD Electron Ring (p. 1956) |
| by Deng, J J |
| Injector Design for a Model Electron Ring at the University of Maryland (p. 1959) |
| by Godlove, T F |
| High Beam Current Handling in the HF Main Ring (p. 1962) |
| by Machida, S |
| Space Charge Dominated Envelope Dynamics of Asymmetric Beams in RF Photoinjectors (p. 1965) |
| by Rosenzweig, J B |
| Beam Dynamics in an Integrated Plane Wave Transformer Photoinjector at S- and X-Band (p. 1968) |
| by Rosenzweig, J B |
| Picosecond-Resolution `Slice' Emittance Measurement of Electron Bunches (p. 1971) |
| by Zvi, I B |
| Electron Beam Instrumentation Techniques Using Coherent Radiation (p. 1976) |
| by Wang, D X |
| A laser-heterodyne bunch length monitor for the SLC interaction point (p. 1981) |
| by Kotseroglou, T |
| Laser based sub-picosecond electron bunch characterization using $90^{o}$ Thomson scattering (p. 1984) |
| by Leemans, W P |
| Synchrotron Radiation Interferences Between Small Dipoles at LEP (p. 1987) |
| by Bovet, Claude |
| Synchrotron radiation interferences between short dipoles at LEP (p. 1987) |
| by Bovet, Claude |
| Electron Bunch Length Diagnostic with Coherent Smith-Purcell Radiation (p. 1990) |
| by Nguyen, D C |
| A High Resolution Electron Beam Profile Monitor (p. 1993) |
| by Graves, W S |
| The Argonne wakefield accelerator : diagnostics and beam characterization(p. 1996) |
| by Conde, M |
| Time-Resolved Imaging of Electron and Positron Beams at APS (p. 1999) |
| by Lumpkin, Alex H |
| Optical Transition Radiation Measurements on the ELETTRA Linac (p. 2002) |
| by Giove, D |
| Measuring the RMS Length of Short Electron Pulses with an RF Cavity and a Beam Position Monitor (p. 2005) |
| by Russell, Steven J |
| Device for the Electron Bunch Length Measurement of 1-5 mm RMS (p. 2008) |
| by Kaljuzhny, V E |
| A New Frequency-Domain Method for Bunch Length Measurement (p. 2011) |
| by Ferianis, M |
| Mechanical Design of the HER Synchrotron Light Monitor Primary Mirror for the PEP-II B-Factory (p. 2014) |
| by Daly, Edward F |
| Sub-Picosecond Electron Bunch Length Measurement (p. 2017) |
| by Settakorn, C |
| Measuring Longitudinal Distribution and Bunch Length of Femtosecond Bunches with RF Zero-Phasing Method (p. 2020) |
| by Wang, D X |
| Noise Reduction on the LEP bunch current measurement system (p. 2026) |
| by Burns, A |
| A Beamloss Diagnostic System for CESR (p. 2029) |
| by Henderson, S |
| A New Flying Wire System for the Tevatron (p. 2032) |
| by Blokland, W |
| A High Speed, Multi-Sampling Data Acquisition System for Beam Diagnostics (p. 2035) |
| by Yang, M J |
| Low Intensity Beam Diagnostics with Microchannel Plate Detectors (p. 2038) |
| by Cuttone, G |
| Design of a VXI Module for Beam Phase and Energy Measurements for LEDA (p. 2041) |
| by Power, J F |
| Description and Operation of the LEDA Beam Position/Intensity Measurement Module (p. 2044) |
| by Rose, C R |
| Design Study for an Undulator Photon Beam Position and Profile Monitor (p. 2047) |
| by Hsu, Ian C |
| An RF signal processing module for the SPS Orbit Observation System upgrade (p. 2049) |
| by Rawnsley, W R |
| Characterization of Beam Dynamics in the APS Injector Rings Using Time-Resolved Imaging Techniques (p. 2052) |
| by Yang, B X |
| Lattice Function Measurements in the Fermilab Accumulator Ring (p. 2055) |
| by Church, M |
| Real time tune measurements in slow cycling accelerators (p. 2058) |
| by Herrup, D A |
| Tune Measurement Methods in the Fermilab Main Ring (p. 2061) |
| by Still, D |
| Automatic Beam Position Control at LASREF (p. 2064) |
| by Oothoudt, M A |
| Mechanical design of a pinger system for the LBNL Advanced Light Source accelerator (p. 2067) |
| by Thur, W |
| Performance of the Upgraded NSLS Beam Position Monitors (p. 2069) |
| by Nawrocky, R J |
| A Compact BPM for the Fermilab Main Injector (p. 2072) |
| by Fitzgerald, J |
| Upgrade of the BPM System for the BEPC Storage Ring (p. 2075) |
| by Ma, L |
| Bunch Shape Monitors for the DESY H- Linac (p. 2078) |
| by Feschenko, A V |
| Design and Commissioning of Beam Position Monitors in the IUCF Cooler Injector Synchrotron (p. 2081) |
| by Ball, M S |
| Measurement of injection orbit using a single pass BPM system at the PF ring (p. 2084) |
| by Honda, T |
| Calibration of KEKB beam position monitors (p. 2087) |
| by Satoh, K |
| Comparison of Beam-Position-Transfer Functions Using Circular Beam-Position Monitors (p. 2090) |
| by Gilpatrick, J D |
| The LEDA Beam-Position Measurement System (p. 2093) |
| by Rose, C R |
| Orbit Measurement and Correction in the LNLS Synchrotron Light Source (p. 2096) |
| by Farias, R H A |
| Real Time Dispersion Measurements at the MIT-Bates Linac (p. 2099) |
| by Jacobs, K |
| Beam size effects on beam position measurements in proton synchrotron (p. 2102) |
| by Nakagawa, T |
| Two Frequencies Cavities for Beam Position Monitor (p. 2104) |
| by Kaljuzhny, V E |
| Beam-Based Offset Calibration of the PLS BPM (p. 2107) |
| by Huang, J Y |
| A Two-Bunch Beam Position Monitor (p. 2113) |
| by Medvedko, E |
| Effect of TE Mode Power on the PEP-II LER BPM System (p. 2116) |
| by Corlett, J |
| Detection of beam induced dipole-mode signals in the SLC S-band structures (p. 2119) |
| by Seidel, M |
| Calibration of the beam-position monitor system for the SLAC PEP-II B factory (p. 2122) |
| by Johnson, R |
| Optics Measurement Resolution and BPM Errors (p. 2125) |
| by Chao Yu Chiu |
| Linear Optics Correction in the CEBAF Accelerator (p. 2128) |
| by Lebedev, V A |
| 1 nA Beam Position Monitoring System (p. 2131) |
| by Ursic, R |
| Beam Position Monitors Inside the FEL-Undulator at the TESLA Test Facility Linac (p. 2134) |
| by Lorenz, R |
| First Operating Experiences of Beam Position Monitors in the TESLA Test Facility Linac (p. 2137) |
| by Lorenz, R |
| The Closed Orbit Measuring System at the DELTA Synchrotron Radiation Facility (p. 2140) |
| by Jankowiak, A |
| Development of a Resistive Beam Position/Current Monitor for the UMD Electron Ring (p. 2143) |
| by Suk, H |
| Performance of the Single-Pass Position Monitor at SOR-RING (p. 2146) |
| by Kudo, H |
| A Scanning Target Profile Monitor for the Slow Extracted Beam at the AGS (p. 2149) |
| by Brown, K A |
| A Prototype Ionization Profile Monitor for RHIC (p. 2152) |
| by Connolly, R |
| A Multi-Wire Beam Profile Monitor in the AGS (p. 2155) |
| by Huang, H |
| RADON Reconstruction in Longitudinal Phase Space (p. 2158) |
| by Mane, V |
| Orbit Compensation for the Time Varying Elliptically Polarized Wiggler with Switching Frequency at 100 Hz (p. 2161) |
| by Singh, O |
| A Turn-by-turn vertical profile monitor (p. 2164) |
| by Smith, R S |
| Fermilab Main Ring Ion Profile Monitor System (p. 2166) |
| by Zagel, J R |
| First Test Results of a Residual Gas Beam Profile Monitor (p. 2169) |
| by Variale, V |
| A longitudinal phase space monitor at the Photon Factory Storage Ring (p. 2171) |
| by Kobayashi, Y |
| Study of a Non-Intrusive Electron Beam Radius Diagnostic (p. 2174) |
| by Kwan, Thomas J T |
| Preliminary Results of RMS Emittance Measurements Performed on the Sub-Picosecond Accelerator Using Beam Position Monitors (p. 2177) |
| by Russell, Steven J |
| Spectral Fluctuations of Incoherent Radiation and Measurement of Longitudinal Bunch Profile (p. 2180) |
| by Zolotorev, M S |
| A Turn by Turn Photon Beam Profile Observation by a Laser Beam Saturated Photodiode (p. 2183) |
| by Hsu, Ian C |
| Beam profile monitors in the NLCTA (p. 2186) |
| by Nantista, C D |
| An RF bunch length monitor for the SLC final focus (p. 2189) |
| by Zimmermann, Frank |
| Analysis of a Novel Diffractive Scanning-Wire Beam Position Monitor (BPM) for Discriminative Profiling of Electron vs. X-Ray Beams (p. 2192) |
| by Tatchyn, R |
| Analysis of a Single-Shot Longitudinal Bunch Profiling System Based on an Ultra-Short Pulse Ti : Sapphire Laser(p. 2195) |
| by Tatchyn, R |
| High Power Beam Profile Monitor with Optical Transition Radiation (p. 2198) |
| by Denard, J C |
| An Emittance Measurement System for a Wide Range of Bunch Charges (p. 2201) |
| by Dunham, B |
| A Multislit Transverse-Emittance Diagnostic for Space-Charge-Dominated Electron Beams (p. 2204) |
| by Piot, P |
| Status of the APS Diagnostics Undulator Beamline (p. 2207) |
| by Yang, B X |
| Tests of APS X-Ray Transmitting Beam Position Monitors at ESRF (p. 2210) |
| by Shu, D |
| Observations of Secondary Emission Chamber Degradation from Very High Intensity Proton Beams at the AGS (p. 2213) |
| by Brown, K A |
| Performance of the RHIC Injection Line Instrumentation Systems (p. 2215) |
| by Shea, T J |
| RHIC Beam Loss Monitor System Design (p. 2218) |
| by Witkover, R |
| Instrumentation for Low Energy Electron Measurements (p. 2221) |
| by Tan, C Y |
| A Proposed New HOM Monitoring System on the SRS (p. 2223) |
| by McIntosh, P A |
| Online calculation of Tevatron collider luminosity using accelerator instrumentation (p. 2226) |
| by Hahn, A A |
| A Beam Monitoring & Calibration System for High-Power Electron Linacs (p. 2229) |
| by Uvarov, V L |
| LEDA and APT Beam Diagnostics Instrumentation (p. 2232) |
| by Gilpatrick, J D |
| PEP-II Bunch-by-Bunch Current Monitor (p. 2235) |
| by Chin, M J |
| Optical Beam Diagnostics for the LNLS Synchrotron Light Source (p. 2238) |
| by Farias, R H A |
| Vibration Measurement for Instrumentation and Diagnostics (p. 2241) |
| by Sarkar, S |
| Option of Method for Electron Bunch Phase Distribution Monitoring (p. 2244) |
| by Tron, A |
| Space Charge Effect in Secondary Electron Monitors (p. 2247) |
| by Tron, A |
| Equipment for Beam Current and Electron Energy Monitoring During Industry Irradiation (p. 2250) |
| by Zavadtsev, A A |
| Design and Initial Commissioning of Beam Diagnostics for the PEP-II B Factory (p. 2253) |
| by Fisher, A S |
| Real-Time Beam Loss Monitoring System and its Application at SRRC (p. 2259) |
| by Hsu, K T |
| Methods of Orbit Correction System Optimization (p. 2262) |
| by Chao Yu Chiu |
| Automated Path Length and M56 Measurements at Jefferson Lab (p. 2265) |
| by Hardy, D |
| Analyzing Measurements of Nonlinear Transfer Functions with Tschebyshev Polynomials (p. 2268) |
| by Krafft, G A |
| Beam-Based Phase Monitoring and Gradient Calibration of Jefferson Laboratory RF Systems (p. 2271) |
| by Tiefenback, M G |
| A High Power Faraday Cup to Measure Extracted Beam Current from the Bates South Hall Ring (p. 2274) |
| by Shaw, J |
| Photoemission Instabilities : Theory and Experiment(p. 2276) |
| by Rogers, Joseph T |
| Commissioning of the APS Real-Time Orbit Feedback System (p. 2281) |
| by Carwardine, J |
| Control Of Multibunch Longitudinal Instabilities And Beam Diagnostics Using A Dsp-based Feedback System (p. 2284) |
| by Teytelman, D |
| Global Orbit Feedback Utilizing Analog and Digital Technologies (p. 2287) |
| by Singh, O |
| Evaluation of the Global Orbit Correction Algorithm for the APS Real-Time Orbit Feedback System (p. 2290) |
| by Carwardine, J |
| Characterization and Equalization of the AC Responses of the Corrector Magnets for the APS Local Orbit Feedback System (p. 2293) |
| by Doose, C |
| Simulation of the APS Storage-Ring RF Accelerating System (p. 2296) |
| by Schwartz, C |
| Multiple Control for Feedback Tuning of the Advanced Photon Source Storage Ring/Booster RF Cavities (p. 2299) |
| by Smith, T L |
| An Example of a Digital Synthesis Approach to DSP Design : The AGS Transverse Damper(p. 2302) |
| by Brown, K A |
| Longitudinal Coupled Bunch Instabilities on the NSLS X-Ray Ring (p. 2305) |
| by Klaffky, R W |
| AGS Slow Extracted Beam Improvement (p. 2308) |
| by Marneris, I |
| RF Control System for the SC Cavity of the Tesla Test Facility Injector (p. 2311) |
| by Mosnier, A |
| Emittance preservation in the PS complex (p. 2314) |
| by Autin, Bruno |
| Observation of a longitudinal coupled bunch instability with trains of bunches in CESR (p. 2317) |
| by Billing, M G |
| A design and performance analysis tool for superconducting RF systems (p. 2320) |
| by Schilcher, T |
| Observation and Cure of Longitudinal Coupled-Bunch Instabilities in the Fermilab Main Ring (p. 2323) |
| by Assadi, S |
| Digital Low Level RF Systems for Fermilab Main Ring and Tevatron (p. 2326) |
| by Chase, B E |
| Damping of Injection Oscillations (p. 2329) |
| by Zhabitsky, V M |
| Strategy for developing fast bunch feedback systems for KEKB (p. 2332) |
| by Kikutani, E |
| Study of bunch by bunch feedback system in TRISTAN-AR (p. 2335) |
| by Tobiyama, M |
| APT LLRF Control System Model Results (p. 2338) |
| by Regan, A |
| Algorithms and Implementation of APT Resonant Control System (p. 2341) |
| by Wang, Y M |
| Status of the PEP-II Transverse Feedback Systems (p. 2344) |
| by Barry, W |
| Beam Test of the Acceleration System with the DDS in HIMAC Synchrotron (p. 2347) |
| by Kanazawa, M |
| Transverse Beam Feedback System in the PLS (p. 2350) |
| by Huang, J Y |
| The Design of the ELETTRA Fast Local Feedback System (p. 2353) |
| by Bocchetta, C J |
| First Operational Results with the ELETTRA Fast Local Feedback System (p. 2356) |
| by Bocchetta, C J |
| Commissioning experience with the PEP-II low-level RF system (p. 2359) |
| by Corredoura, P L |
| Design and Verification of Controllers for Longitudinal Oscillations Using Optimal Control Theory and Numerical Simulation : Predictions for PEP-II(p. 2362) |
| by Hindi, H |
| Gap voltage feed-forward module for PEP-II low level RF system (p. 2365) |
| by Ross, W R |
| VXI based multibunch detector and QPSK modulator for the PEP-II/ALS/DA$\phi$NE longitudinal feedback system (p. 2368) |
| by Young, A |
| Local Feedback Experiment in the Taiwan Light Source (p. 2371) |
| by Kuo, C H |
| Digital Global Orbit Feedback System Developing in SRRC (p. 2374) |
| by Kuo, C H |
| Developement of a Digital Longitudinal Damper for the TLS Storage Ring (p. 2377) |
| by Lau, W K |
| Optimising Injection into CELSIUS with a Steering Feedback and Beta-Matching System (p. 2380) |
| by Mohammadzadeh, A |
| Development of Digital Feedback Systems for Beam Position and Energy at the Thomas Jefferson National Accelerator Facility (p. 2383) |
| by Karn, J |
| Design and Implementation of a Slow Orbit Control Package at Thomas Jefferson National Accelerator Facility (p. 2386) |
| by Van Zeijts, Johannes |
| Robinson-Type Criteria for Beam and RF Cavity with Delayed, Voltage-Proportional Feedback (p. 2389) |
| by Koscielniak, S |
| Study of Orbit Feedback Systems for the TESLA Linear Collider (p. 2392) |
| by Lorenz, R |
| Object Oriented Programming Interfaces for Accelerator Control (p. 2395) |
| by Hoff, Lawrence T |
| A portable accelerator control toolkit (p. 2398) |
| by Watson, W A |
| Experience with EPICS in a Wide Variety of Applications (p. 2403) |
| by Kraimer, Martin R |
| The Procedure Execution Manager and Its Application to Advanced Photon Source Operation (p. 2410) |
| by Borland, M |
| Data Warehouse on the Web for Accelerator Fabrication and Maintenance (p. 2413) |
| by Chan, A |
| COSY INFINITY Version 7 (p. 2416) |
| by Berz, M |
| A Solving Module of an Expert System for Nonlinear Beam Dynamics (p. 2419) |
| by Andrianov, S |
| Designing a Portable Architecture for Intelligent Particle Accelerator Control (p. 2422) |
| by Klein, W |
| A hybrid numerical method for orbit correction (p. 2425) |
| by White, G |
| Electron Multipactor Code for High-Power RF Devices (p. 2428) |
| by Humphries, S |
| Eigenmodes of Microwave Cavities Containing High-Loss Dielectric Materials (p. 2431) |
| by Cooke, S J |
| Status of Unified Accelerator Libraries (p. 2434) |
| by Malitsky, N |
| Innovative Aspects of the SDL Control System (p. 2437) |
| by Graves, W S |
| Control and operational models for vacuum equipment (p. 2440) |
| by Strubin, Pierre M |
| PC-based applications programming on the SRS control system (p. 2443) |
| by Martlew, B G |
| The Usage of Transient Recorders in the Daily HERA Machine Operation (p. 2446) |
| by Bacher, R |
| A High Reliability Accelerator Control System (p. 2449) |
| by Callahan, J |
| Nuclotron Control System (p. 2452) |
| by Andreev, V |
| Use of a Virtual Accelerator for a Development of an Accelerator Control System (p. 2455) |
| by Yamamoto, N |
| Operation Logging System Using the Database for Synchrotron Radiation Beam Lines at the Photon Factory (p. 2458) |
| by Kanaya, N |
| Integrating Commercial and Legacy Control Systems With EPICS (p. 2461) |
| by Hill, J O |
| Completion of the LANSCE Proton Storage Ring Control System Upgrade - A Successful Integration of EPICS into a Running Control System (p. 2464) |
| by Schaller, S C |
| Automating ELETTRA Operation with ``One Button Machine'' (p. 2467) |
| by Bulfone, D |
| Operator interface for the PEP-II low level RF control system (p. 2470) |
| by Allison, S |
| Network Upgrade for the SLC : PEP-II Network(p. 2473) |
| by Crane, M |
| Network Upgrade for the SLC : Control System Modifications(p. 2476) |
| by Crane, M |
| Using WWW in SRRC Control System (p. 2479) |
| by Chen, J S |
| The Design of the Control System for ANKA (p. 2481) |
| by Avsec, S |
| Automated Startup of the CEBAF 45 MeV Injector (p. 2484) |
| by Kehne, D |
| Applications Toolkit for Accelerator Control and Analysis (p. 2487) |
| by Borland, M |
| A Bunch Clock for the Advanced Photon Source (p. 2490) |
| by Lenkszus, Frank R |
| Embedded Controllers, Field Bus and a Modular IO Concept : Central Elements of BESSY II Controls(p. 2493) |
| by Bergl, J |
| RHIC Beam Permit and Quench Detection Communications System (p. 2496) |
| by Conkling, C R |
| The RHIC Real Time Data Link System (p. 2499) |
| by Hartmann, H |
| Evaluation of IEEE 1394 Serial Bus for Distributed Data Acquisition (p. 2502) |
| by Shea, T J |
| Precision Timing Control System (p. 2505) |
| by Meller, Robert E |
| Implementation of a new RF monitoring system for the SRS using LabVIEW (p. 2508) |
| by Pugh, M J |
| Commissioning of SPring-8 Linac Control System (p. 2511) |
| by Sakaki, H |
| Improvements to the LANSCE Accelerator Timing System (p. 2514) |
| by Rybarcyk, L J |
| A Components Database Design and Implementation for Accelerators and Detectors (p. 2517) |
| by Meyer, S |
| Arc Detection and Interlock Module for the PEP-II Low Level RF System (p. 2520) |
| by Tighe, R |
| Automatic Lattice Parameters Measurement Tools at SRRC (p. 2523) |
| by Chen, J |
| Orbit Correction Using Virtual Monitors at Jefferson Lab (p. 2526) |
| by Chao Yu Chiu |
| Pulse Selection Control for the IR FEL Photocathode Drive Laser (p. 2529) |
| by Jordan, K |
| Experience With Vsystem in a Wide Variety of Applications (p. 2532) |
| by Clout, Peter N |
| Tuning and optimization at Brookhaven and Argonne : results of recent experiments(p. 2535) |
| by Klein, W |
| Spin Tracking Study of the AGS (p. 2538) |
| by Huang, H |
| An Interactive Beam Line Simulator Module for RHIC (p. 2541) |
| by MacKay, W W |
| Modeling RHIC Using the Standard Machine Format Accelerator Description (p. 2544) |
| by Pilat, F |
| 3-D Numerical Field Calculations of CESR's Upgraded Superconducting Magnets (p. 2547) |
| by Greenwald, Z |
| Wake Fields of a Bunch on a General Trajectory Due to Coherent Synchrotron Radiation (p. 2550) |
| by Dohlus, M |
| Application of the GSM Method and TD Computation of the Long Range Wake in Linear Accelerator Structures (p. 2553) |
| by Jöstingmeier, A |
| Enhancements to the longitudinal dynamics code ESME (p. 2556) |
| by MacLachlan, J A |
| Optics Elements for Modeling Electrostatic Lenses and Accelerator Components I. Einzel Lenses (p. 2559) |
| by Gillespie, George H |
| The Particle Beam Optics Interactive Computer Laboratory for Personal Computers and Workstations (p. 2562) |
| by Gillespie, George H |
| Lorentz Group Lie Algebra Map of Ultra-Relativistic Radiating Electron (p. 2565) |
| by Kawaguchi, H |
| PLATO : A Program Library for the Analysis of 4D Nonlinear Transverse Motion(p. 2568) |
| by Giovannozzi, Massimo |
| Parallel algorithms for the analysis of nonlinear betatronic motion (p. 2571) |
| by Giovannozzi, Massimo |
| Further Improvements in TRACE 3-D (p. 2574) |
| by Rusthoi, D P |
| Applications of the General Particle Tracer Code (p. 2577) |
| by Van der Geer, S B |
| The computer program LIAR for the simulation and modeling of high performance linacs (p. 2580) |
| by Assmann, R W |
| LEGO : A Modular Accelerator Design Code(p. 2583) |
| by Cai, Y |
| Lattice commissioning strategy for the B-factory (p. 2586) |
| by Lee, M |
| Transverse Wakefield Analysis for the NLC & JLC Detuned Structures on a Parallel Computer (p. 2589) |
| by Zhan, X |
| MAPA : Implementation of Standard Interchange Format and Use of Analyzing Lattices(p. 2592) |
| by Shasharina, Svetlana G |
| Ion Optical Stray Field Analysis of an ESR Dipole (p. 2594) |
| by Schillinger, B |
| Development of the ACCSIM Tracking and Simulation Code (p. 2597) |
| by Jones, F W |
| A Graphical User Interface for RELAX3D (p. 2600) |
| by Jones, F W |
| HESHBEAM - A Program with a Graphical User Interface for Calculation of the Luminosity Spectrum and the Differential Luminosity (p. 2603) |
| by Heydari, H |
| Tracking Routines for General Insertion Devices (p. 2606) |
| by Scheer, M |
| Simulation of Multipacting in RF Cavities and Periodical Structures (p. 2609) |
| by Grudiev, A V |
| A Self-Consistent Beam Loaded Traveling Wave Accelerator Model for Use in TRACE 3-D (p. 2615) |
| by Lampel, M C |
| Monte Carlo Simulation of Nonlaminar DC Beam Including the Influence of Self-Fields (p. 2618) |
| by Zapalac, G |
| Use of the LANA Code for the Design of a Heavy Ion Linac (p. 2621) |
| by Gorelov, D V |
| Relativistic Klystron Two-Beam Accelerator Simulation Code Development (p. 2624) |
| by Lidia, S M |
| Measured and Theoretical Characterization of the RF Properties of Stacked, High-Gradient Insulator Material (p. 2627) |
| by Houck, T L |
| Wake Properties of a Stripline Beam Kicker (p. 2630) |
| by Poole, Brian R |
| BBU Design of Linear Induction Accelerator Cells for Radiography Application (p. 2633) |
| by Shang, C C |
| A Flexible-Variable Truncated Power Series Algebra in Zlib (p. 2636) |
| by Yan, Y T |
| A Field-Cancellation Algorithm for Constructing Economical Planar Permanent Magnet (PM) Multipoles with Large High-Quality Field Apertures (p. 2639) |
| by Tatchyn, R |
| Aperture Calculation of AURORA-2D Compact Electron Storage Ring with Superconducting Wiggler (p. 2642) |
| by Tsutsui, H |
| Numerical Simulation and RF Model Measurements of the New GSI IH-DTL (p. 2645) |
| by Krietenstein, B |
| Broad-band impedance of LHC shielded bellows (p. 2648) |
| by Dyachkov, M |
| GdfidL : A Finite Difference Program with Reduced Memory and CPU Usage(p. 2651) |
| by Bruns, W |
| Expression Templates for Truncated Power Series (p. 2654) |
| by Cary, John R |
| Laser-Driven Plasma-Cathode Electron Injector (p. 2657) |
| by Umstadter, D |
| State of the Art of ECR Ion Sources (p. 2662) |
| by Xie, Z Q |
| Very-Low-Energy-Spread Ion Sources (p. 2667) |
| by Lee, Y |
| Recent Progress of RIKEN 18 GHz ECRIS (p. 2672) |
| by Nakagawa, T |
| Initial Test Results from a Multicusp Source for TRIUMF's Radioactive Beam Facility (p. 2675) |
| by Kuo, T |
| Results from ZMEVVA : A New Source for Heavy-Ion Accelerators(p. 2678) |
| by Johnson, B M |
| Intense, High Brightness H- Beams from Surface Plasma Sources (p. 2681) |
| by Guharay, S K |
| The Dependence of Longitudinal Emittance upon Surface Charge Density in a RF Photoinjector (p. 2684) |
| by Dowell, D H |
| Emittance studies of the BNL/SLAC/UCLA 1.6 cell photocathode rf gun (p. 2687) |
| by Palmer, D T |
| Experimental Operation of a 17 GHz Photocathode RF Gun (p. 2690) |
| by Trotz, S |
| A High-DC-Voltage GaAs Photoemission Gun : Transverse Emittance and Momentum Spread Measurements(p. 2693) |
| by Engwall, D |
| The Production and Transport of Radioactive 17F at ATLAS for Research (p. 2696) |
| by Harss, B |
| The production and transport of radioactive$^{17}F$ at ATLAS for research (p. 2696) |
| by Harss, B |
| Beam Chopper for the Low-Energy Undulator Test Line (LEUTL) in the APS (p. 2699) |
| by Kang, Y W |
| A new 14 GHz electron-cyclotron-resonance ion source (ECRIS) for the heavy ion accelerator facility ATLAS (p. 2702) |
| by Schlapp, M |
| Characterization and Recent Modification of a Compact 10 GHz ECRIS for Atomic Physics Experiments and Spectroscopic Investigations (p. 2705) |
| by Schlapp, M |
| A Low Power Low Cost 2.45 GHz ECRIS for the Production of Multiply Charged Ions (p. 2708) |
| by Schlapp, M |
| Progress on an EBIS for RHIC (p. 2711) |
| by Alessi, J |
| Improved Version of Surface Plasma Negative Ion Source (p. 2714) |
| by Dudnikov, V G |
| Cadarache 1 MeV Negative Ion Accelerator Development for Application in Thermonuclear Fusion Research (p. 2717) |
| by Simonin, A |
| First Beam of the CEA-Saclay CW High-Intensity Microwave Source (p. 2720) |
| by Beauvais, Pierre Yves |
| Space-Charge Neutralization Measurement of a 75-keV, 130-mA Hydrogen-Ion Beam (p. 2723) |
| by Ferdinand, R |
| Upgrade of the H--Injection System at the DESY Proton Linac III (p. 2726) |
| by Kleffner, C M |
| Upgrade of the $H^{-}$ injection system at the DESY proton linac, 3 (p. 2726) |
| by Kleffner, C M |
| Trapped Ion Source (p. 2729) |
| by Brautti, G |
| Beam Chopper for the 750 keV LEBT of MMF Linac (p. 2732) |
| by Novikov, A V |
| Test of Duoplasmatron with Cold Cathode for CW Operation (p. 2735) |
| by Kolomiets, A |
| A Pulsed Ion Source for the IUCF Cooler Injector Synchroton (p. 2737) |
| by Derenchuk, V P |
| Mechanical Engineering of a 75-keV Proton Injector for the Low Energy Demonstration Accelerator (p. 2740) |
| by Hansborough, L D |
| Performance of the LANSCE H- Source and Low Energy Beam Transport at Higher Peak Current (p. 2743) |
| by Pillai, C |
| Simulations of the LEDA LEBT H+ Beam (p. 2746) |
| by Vernon-Smith, H |
| Simulations of the LEDA LEBT with H+, H2+, and e- Particles (p. 2749) |
| by Young, Lloyd M |
| Simulations of the LEDA RFQ 6.7 MeV Accelerator (p. 2752) |
| by Young, Lloyd M |
| High Current Density Ion Sources for Heavy Ion Fusion Accelerators (p. 2755) |
| by Kwan, J W |
| H- Ion Source Development for the National Spallation Neutron Source (p. 2758) |
| by Leitner, M A |
| A Compact, RF-Driven, Pulsed Ion Source for Intense Neutron Generation (p. 2761) |
| by Perkins, L T |
| Development of a High Duty Factor, Surface Conversion H- Ion Source for the LANSCE Facility (p. 2764) |
| by Wengrow, A B |
| Development of an RF Driven Plasma Cathode for Ion Sources (p. 2767) |
| by Williams, M D |
| A Multicusp Ion Source for Radioactive Ion Beams (p. 2770) |
| by Wutte, D C |
| Ion Microwave Source for Linear Accelerator (p. 2773) |
| by Nesterovich, A V |
| Toward a Realistic and Tractable Model for Negative Ion Extraction from Volume Sources (p. 2775) |
| by Whealton, J H |
| 60 keV Beam Transport Line and Switchyard for ISAC (p. 2778) |
| by Baartman, R |
| OPPIS Development at TRIUMF (p. 2781) |
| by Zelenski, A |
| Reason for Free Electrons from the Surface of Ferroelectrics with a Metal Lattice Structure (p. 2784) |
| by Heydari, H |
| Effect of the Long Solenoid Tunnel on the Growth of Emittance in the PNC High Power Electron Linac (p. 2787) |
| by Nomura, M |
| Performance of Magnesium Cathode in the S-Band RF Gun (p. 2790) |
| by Srinivasan-Rao, T |
| Longitudinal Emittance Compensation In a Photocathode RF Gun Injector (p. 2793) |
| by Wang, X J |
| Beam Dynamics in RF-Gun Cavity with a Modified First Cell (p. 2796) |
| by Volkov, V |
| Single Bunch Injection System for an Electron Storage Ring Using an RF Photoinjector (p. 2799) |
| by O'Shea, P G |
| A Plane-Wave-Transformer Photoelectron Linac (p. 2802) |
| by Yu, D |
| Proposed intense positron source for TESLA based on HERA e (p. 2805) |
| by Kiselev, A V |
| A Fully Demountable 550 kV Electron Gun for Low Emittance Beam Experiments with a 17 GHz Linac (p. 2808) |
| by Haimson, J |
| Commissioning of the IUCF 7 MeV H- Linac (p. 2811) |
| by Friesel, D L |
| Performance of Electron Gun for SPring-8 Linac (p. 2814) |
| by Asaka, T |
| Thermionic RF Gun with High Duty Factor (p. 2817) |
| by Mitrochenko, V |
| Obtaining the Linear Electron Beams by Using the Magnetron Injection Guns with Cold Secondary Emission Metallic Cathodes (Experiment) (p. 2820) |
| by Tur, Yu D |
| First Beam Tests of the TTF Injector (p. 2823) |
| by Garvey, Terence |
| Multi-kiloampere, electron-beam generation from bare aluminum photo-cathodes driven by an ArF laser (p. 2826) |
| by Carlson, R L |
| Development and Characterization of Diamond Film and Compound Metal Surface High Current Photocathodes (p. 2829) |
| by Shurter, R P |
| High Voltage, High Current, Long Pulse Electron Beam Injector for DARHT (p. 2832) |
| by Henestroza, E |
| Focusing of Ribbon Beam in Undulator Linear Accelerator (p. 2835) |
| by Masunov, E S |
| The Development of a Superconducting RF Gun : Status of the Drossel Collaboration(p. 2838) |
| by Janssen, D |
| Emittance Measurements for the SLAC Gun Test Facility (p. 2840) |
| by Hernández, M |
| Experimental results of a single emittance compensation solenoidal magnet (p. 2843) |
| by Palmer, D T |
| Beam dynamics enhancement due to accelerating field symmetrization in the BNL/SLAC/UCLA 1.6 cell S-band photocathode RF gun (p. 2846) |
| by Palmer, D T |
| Polarized electron sources for future $e^{+}/e^{-}$ linear colliders (p. 2849) |
| by Tang, H |
| NLCTA injector experimental results (p. 2852) |
| by Yeremian, A D |
| A proposed injector for the LCLS linac (p. 2855) |
| by Yeremian, A D |
| The Construction and Initial High Power Test Results of an X-Band RF Gun (p. 2858) |
| by Ho, C H |
| An Injection Modelocked Ti-Sapphire Laser for Synchronous Photoinjection (p. 2861) |
| by Hovater, C |
| Atomic Hydrogen Cleaning of Semiconductor Photocathodes (p. 2864) |
| by Sinclair, C K |
| Laser System for the TTF Photoinjector at Fermilab (p. 2867) |
| by Fry, A R |
| Cathodeless, High Brightness Electron Beam Production by Multiple Laser Beams in Plasmas (p. 2870) |
| by Hemker, R G |
| Experimental Testing of the TTF RF Photoinjector (p. 2873) |
| by Colby, E |
| Optimum Operation of Split RF Photo-Injectors (p. 2876) |
| by Serafini, L |
| Performance of the LEP2 SRF system (p. 2879) |
| by Boussard, Daniel |
| Overview of Advances in the Basic Understanding of Dark Current and Breakdown in RF Cavities (p. 2884) |
| by Padamsee, H |
| Design of 250-MW CW RF System for APT (p. 2889) |
| by Rees, D |
| Development of X-band klystron technology at SLAC (p. 2894) |
| by Caryotakis, G |
| A New Generation of Gridded Tubes for Higher Power and Higher Frequencies (p. 2899) |
| by Clerc, G |
| Development of high-power ARES cavities (p. 2902) |
| by Kageyama, T |
| Design of Three Recirculating-Linac SRF Systems for a 4-TeV µ+ - µ- Collider (p. 2905) |
| by Shu, Q S |
| Status and Developments of Superconducting Cavity for KEKB (p. 2908) |
| by Mitsunobu, S |
| Design and construction of a 500 KW CW, 400 MHz klystron to be used as RF power source for LHC/RF component tests (p. 2911) |
| by Frischholz, Hans |
| Superconducting Cavities for the APT Accelerator (p. 2914) |
| by Krawczyk, Frank L |
| Test Results on the 9-Cell 1.3 GHz Superconducting RF Cavities for the TESLA Test Facility Linac (p. 2917) |
| by Pekeler, M |
| Solving the Problem of Heating of RF Contacts in Cavity Tuners (p. 2923) |
| by Senichev, Yu |
| A Divide-Down RF Source Generation System for the Advanced Photon Source (p. 2926) |
| by Horan, D |
| Mechanical Design Upgrade of the APS Storage Ring RF Cavity Tuner (p. 2929) |
| by Jones, J |
| Coaxial Higher-Order Mode Damper Employing a High-Pass Filter (p. 2932) |
| by Kang, Y W |
| Reconfigurable High-Power RF System in the APS (p. 2935) |
| by Kang, Y W |
| Upgraded Cavities for the Positron Accumulator Ring of the APS (p. 2938) |
| by Kang, Y W |
| An Overview of the APS 352-MHz RF Systems (p. 2941) |
| by Nassiri, A |
| Higher-Order Modes of Storage Ring RF Cavities and Their Interaction with the Beam at the Advanced Photon Source (APS) (p. 2944) |
| by Song, J J |
| Modifying CERN SPS cavities and amplifiers for use in RHIC (p. 2947) |
| by Connolly, R |
| First Operation of the HAP/MOPA Traveling Wave Structure at Boeing FEL (p. 2950) |
| by Vetter, A M |
| The PS 40 MHz bunching cavity (p. 2953) |
| by Garoby, R |
| The tuning of the cavity options for DIAMOND (p. 2956) |
| by Dawson, C L |
| Effective Compact Accelerating Structures for Heavy Ions (p. 2959) |
| by Paramonov, V V |
| The Cut Disk Accelerating Structure for High Energy Linacs (p. 2962) |
| by Paramonov, V V |
| The Design of High Reliable RF System for High Power Linacs (p. 2965) |
| by Kozodaev, A M |
| An RF system for a compact synchrotron (p. 2968) |
| by Pei, A |
| RF Stations of the SPring-8 Storage Ring (p. 2971) |
| by Hara, M |
| Fundamental Mode Characteristics Of Ares Cavity Under Beam Environment (p. 2974) |
| by Akasaka, N |
| Coupling cavity damper for the ARES (p. 2977) |
| by Naito, F |
| Construction of a 714-MHz RF system for the ATF damping ring (p. 2980) |
| by Sakanaka, S |
| Development of a broadband HOM load for the 714-$MH_{z}$ HOM-damped cavity (p. 2983) |
| by Sakanaka, S |
| HOM absorber for the ARES cavity (p. 2986) |
| by Tekeutchi, F |
| Beam Test of an RF Damped Cavity at the Photon Factory Storage Ring (p. 2989) |
| by Izawa, M |
| Studies of Magnetic Cores for JHF Synchrotrons (p. 2992) |
| by Fujieda, M |
| A Wideband Rf Cavity For Jhf Synchrotrons (p. 2995) |
| by Ohmori, C |
| Plunger Frequency Control of a Side Coupled Accelerating Structure for the IFUSP Microtron (p. 2998) |
| by Takahashi, J |
| Measurement and identification of HOM's in RF cavities (p. 3001) |
| by Goldberg, D A |
| High-Power Testing of RF Cavities for the PEP-II B Factory (p. 3004) |
| by Rimmer, R A |
| Fabrication Processes for the PEP-II RF Cavities (p. 3007) |
| by Franks, R M |
| Operation of the LNLS Storage Ring RF System (p. 3010) |
| by Wisnivesky, D |
| On The Limitations of Accelerating Gradient in Linear Colliders Due to the Pulse Heating (p. 3013) |
| by Nezhevenko, O A |
| Operational Characteristics of RF System Affecting PLS Beam Stability (p. 3015) |
| by Kwon, M |
| Design and Operation of PET Radio Frequency Quadrupoles (p. 3018) |
| by Sun, D |
| SLC Interferometer System and Phase Distribution Upgrades (p. 3021) |
| by Akre, R |
| Calibration System for SLC 476 MHz to 2856 MHz Multipliers (p. 3024) |
| by Akre, R |
| Low-Level RF Signal Processing for the Next Linear Collider Test Accelerator (p. 3027) |
| by Holmes, S |
| Waveguide stub-line tuning of RF cavities with heavy beam loading (p. 3030) |
| by Krejcik, P |
| HOM Power Generation and Propagation in the PEP-II B-Factory (p. 3033) |
| by Lin, Xintian E |
| Experimental study of pulsed heating of electromagnetic cavities (p. 3036) |
| by Pritzkau, D P |
| Development of a movable plunger tuner for the high-power RF cavity for the PEP-II B-factory (p. 3039) |
| by Schwarz, H D |
| RF systems for the NLCTA (p. 3042) |
| by Wang, J W |
| RF breakdown studies in X-Band klystron cavities (p. 3045) |
| by Xu, X |
| Upgrade Issues of the TLS Storage Ring RF System (p. 3048) |
| by Lau, W K |
| Design of a Third Harmonic Landau Cavity for the SRRC Storage Ring (p. 3051) |
| by Wang, C |
| On the Mechanical Design of a 1.5 GHz Landau Cavity (p. 3054) |
| by Yang, T T |
| Sawtooth Wave Generation for Pre-Buncher Cavity in ISAC (p. 3057) |
| by Fong, K |
| Coarse and Fine Tuners for the CERN PS 40 MHz Bunching Cavity (p. 3060) |
| by Mitra, A K |
| Coarse and fine tuners for the CERN PS 40 MHz buncher cavity (p. 3060) |
| by Mitra, A |
| Measurements at TRIUMF on a 80 MHz cavity model for the CERN PS upgrade for LHC (p. 3063) |
| by Mitra, A |
| High Power Test of the Damped RF-Cavity (p. 3066) |
| by Koseki, T |
| HOM characteristics of the ARES cavity (p. 3069) |
| by Kobayashi, T |
| Niobium Quarter-Wave Cavity for the New Delhi Booster Linac (p. 3072) |
| by Shepard, K W |
| Development of Superconducting RF for CESR (p. 3075) |
| by Belomestnykh, S |
| Superconducting RF System Options for DIAMOND (p. 3078) |
| by Dykes, D M |
| Note on the SC linear collider TESLA cavity design (p. 3081) |
| by Sekutowicz, J |
| Mechanical Stabilisation of Superconducting Quarter Wave Resonators (p. 3084) |
| by Facco, A |
| Higher Order Mode Analysis of the APT Superconducting Cavities (p. 3093) |
| by Krawczyk, Frank L |
| In-Situ Proton Irradiation and Measurement of Superconducting RF Cavities Under Cryogenic Conditions (p. 3096) |
| by Rusnak, B |
| Superconducting cavities for the reduced-beta section of a proton linac (p. 3099) |
| by Pasotti, C |
| New Window Design Options for CEBAF Energy Upgrade (p. 3102) |
| by Phillips, L |
| Improvement of the Operational Performance of SRF Cavities via In Situ Helium Processing and Waveguide Vacuum Processing (p. 3105) |
| by Reece, C |
| Jefferson Lab IR FEL Cryomodule Modifications and Test Results (p. 3108) |
| by Wiseman, M |
| Phase Loop Bandwidth Measurements on the Advanced Photon Source 352-MHz RF Systems (p. 3111) |
| by Horan, D |
| 7 GHz Pulsed Magnicon : Study and New Results(p. 3114) |
| by Kozyrev, E |
| High Efficiency TWT Amplifiers (p. 3117) |
| by Naqvi, S |
| Microwave Cold Tests of Planar RF Cavities (p. 3120) |
| by Chen, J |
| The 101 MHz amplifier system of the new CERN Lead Injector (p. 3123) |
| by Hutter, G |
| Design of 135 MW X-Band Relativistic Klystron for Linear Collider (p. 3126) |
| by Dolbilov, G V |
| Large-Signal Klystron Simulations Using KLSC (p. 3129) |
| by Carlsten, Bruce E |
| Rippled-Beam Free-Electron Laser (p. 3132) |
| by Carlsten, B E |
| Annular-Beam, 17 GHz Free-Electron Maser Experiment (p. 3135) |
| by Earley, L M |
| The RF System for the National Spallation Neutron Source Linac (p. 3138) |
| by Tallerico, P |
| Double-Sided Relativistic Magnetron (p. 3141) |
| by Agafonov, A V |
| Circuit Aspects of the NRL/Industrial 94 GHz Gyroklystron Amplifier (p. 3144) |
| by Pershing, D |
| Electron Beam Propagation with Premodulated Energy and Current (p. 3147) |
| by Uhm, Han S |
| Experimental Investigation of a W-Band Gyroklystron Amplifier (p. 3150) |
| by Blank, M |
| X-Band Magnicon Amplifier for the Next Linear Collider (p. 3153) |
| by Gold, Steven H |
| 34-GHz Pulsed Magnicon for Linear Collider Application (p. 3156) |
| by Nezhevenko, O A |
| High Power 35 GHz Gyroklystron Amplifiers (p. 3159) |
| by Choi, J J |
| Feasibility Study of a HOM IOT for TESLA (p. 3162) |
| by Schýtt, P |
| Operating Experience and Reliability Improvements on the 5 kW CW Klystron at Jefferson Lab (p. 3165) |
| by Nelson, R |
| Initial Operation of the Maryland Coaxial Gyroklystron Experiment (p. 3168) |
| by Lawson, W |
| High Power 20 GHz RF Source Based on Seventh Harmonic Co-Generation (p. 3171) |
| by Wang, C |
| High Peak Power Test of S-Band Waveguide Switches (p. 3174) |
| by Nassiri, A |
| Design of a High Average Power Waveguide Window (p. 3177) |
| by Chojnacki, E |
| Electron Gun and Collector Design for 94-GHz Gyro-Amplifiers (p. 3180) |
| by Nguyen, K |
| Experimental Evaluation of 350 MHz RF Accelerator Windows for the Low Energy Demonstration Accelerator (p. 3183) |
| by Cummings, K |
| Electron Gun for a High-Power X-Band Magnicon Amplifier (p. 3186) |
| by Yakovlev, V P |
| An All-Metal High Power Circularly Polarized X-Band RF Load (p. 3189) |
| by Fowkes, W R |
| The Next Linear Collider Test Accelerator's RF Pulse Compression and Transmission Systems (p. 3192) |
| by Fant, K |
| Upgrade of the SLAC SLED-II Pulse Compression System Based on Recent High Power Tests (p. 3195) |
| by Vlieks, A E |
| Multipactor Discharge on a Dielectric (p. 3198) |
| by Kishek, R A |
| Overview of Hot Topics in Insertion Device Design (p. 3201) |
| by Robinson, K E |
| Experiments and Cycling at the LHC Prototype Half-Cell (p. 3206) |
| by Saban, R |
| Experiments and cycling at the LHC prototype helf-cell (p. 3206) |
| by Casas-Cubillos, J |
| Quench Performance and Field Quality Measurements of the First LHC Low-beta Quadrupole Model (p. 3209) |
| by Ostojic, R |
| Quench Performance and Field Quality Measurements of the First LHC low-$\beta$ Quadrupole Model (p. 3209) |
| by Ostojic, R |
| Test Results for a High Field (13 T) Nb3Sn Dipole (p. 3212) |
| by McInturff, A D |
| Low Field Magnets with High Temperature Superconductors for an Upgrade of CESR (p. 3215) |
| by Dugan, G |
| Vibrating Wire Field-Measuring Technique (p. 3218) |
| by Temnykh, A |
| The Advanced Light Source elliptically polarizing undulator (p. 3221) |
| by Marks, S |
| Magnetic Performance of Insertion Devices at the Advanced Photon Source (p. 3224) |
| by Moog, E R |
| Temperature Compensation of NdFeB Permanent Magnets (p. 3227) |
| by Kim, S H |
| The STAR Detector Magnet Subsystem (p. 3230) |
| by Brown, R L |
| Magnets for the National Spallation Neutron Source Accumulator Ring (p. 3233) |
| by Tuozzolo, J |
| Permanent Magnet Quadrupoles for CESR Phase-III Upgrade (p. 3236) |
| by Lou, W |
| The Use of Correcting Coils in End Magnets of Accelerators (p. 3239) |
| by Kassab, L R P |
| Magnetic field measurements of the main injector sextupole magnets (p. 3242) |
| by Bhat, C M |
| Design for Fermilab Main Injector Magnet Ramps which Account for Hysteresis (p. 3245) |
| by Brown, B C |
| Magnet development for the BRF positron emission tomography accelerator (p. 3248) |
| by Chester, N S |
| Analysis and measurements of eddy current effects of a beam tube in a pulsed magnet (p. 3251) |
| by Fang, S |
| Experience with the procurement of ferrite and temperature compensator for permanent magnets for accelerators (p. 3254) |
| by Fowler, W B |
| Permanent dipole magnets for the 8-GeV transfer line at FNAL (p. 3257) |
| by Glass, H D |
| Stability tests of permanent magnets built with strontium ferrite (p. 3260) |
| by Glass, H D |
| Permanent gradient magnets for the 8-GeV transfer line at FNAL (p. 3263) |
| by Glass, H D |
| Automated Permanent Magnet Magnetization System for 8 GeV Transfer Line and Recycler Ring Production at Fermilab (p. 3266) |
| by Haggard, E |
| Magnetic Field Strength and Shape Measurements of the Fermilab Main Injector Quadrupoles (p. 3269) |
| by Harding, D J |
| Design and Magnetic Measurements of the Fermilab Main Injector Lambertson (p. 3272) |
| by Johnson, D E |
| Variations in the Steel Properties and the Excitation Characteristics of Fermilab Main Injector Dipoles (p. 3275) |
| by Martin, P S |
| Modifications to the Excitation Characteristics of Fermilab Main Injector Dipoles by Machining (p. 3278) |
| by Martin, P S |
| The Design and Construction of Permanent Magnet Lambertson for the Recycler Ring at Fermilab (p. 3280) |
| by May, M P |
| Design and Fabrication of Achromatic Bend for Medium Energy Electron Cooling at Fermilab (p. 3283) |
| by McGee, M W |
| Hybrid permanent quadrupoles for the 8 GeV transfer line at Fermilab (p. 3286) |
| by Pruss, S M |
| Selecting magnet laminations recipes using the method of simulated annealing (p. 3288) |
| by Russel, A D |
| Air cooled trim dipoles for the Fermilab main injector (p. 3291) |
| by Harding, D J |
| A combined function magnet for a compact synchrotron (p. 3294) |
| by Tadokoro, M |
| Field Measurements of PEP-II LER Dipoles and Quadrupoles at IHEP (p. 3297) |
| by Hou, R |
| The Fabrication of Quadrupole Magnets for PEP-II LER (p. 3300) |
| by Huang, F |
| 3D Design, Contruction, and Field Analysis of CIS Main Dipole Magnets (p. 3303) |
| by Berg, G P A |
| Magnets and their Power Supplies of JHP 50-GeV Synchrotron (p. 3306) |
| by Muto, M |
| Magnets and their power supplies of JHF 50-GeV synchrotron (p. 3306) |
| by Muto, M |
| Magnetic Design and Measurement of Nonlinear Multipole Magnets for the APT Beam Expander System (p. 3309) |
| by Barlow, D |
| Optimization of the PEP-II Low Energy Ring Dipoles (p. 3312) |
| by Barale, P |
| Harmonic Correction Rings for the PEP-II I.R. Quadrupole Magnets (p. 3315) |
| by Humphries, D |
| Performance of the PEP-II Low-Energy Ring Quadrupoles (p. 3318) |
| by Li, N |
| Design of the PEP-II Interaction Region Septum Quadrupole (p. 3321) |
| by Osborn, J |
| Pulsed Septa for the LNLS Injector (p. 3324) |
| by Rodrigues, A R D |
| Eddy Current Effect of Very Long Time Constant of Block Magnets (p. 3327) |
| by Kumada, M |
| Magnetic Measurements of the Prototype Dipole for the IR-FEL at the Thomas Jefferson National Accelerator Facility (p. 3333) |
| by Karn, J |
| Magnets for the CERN PS booster transfer line (p. 3336) |
| by Clark, G S |
| Removal of Axial Twist in RHIC Insertion Quadrupole Magnets (p. 3338) |
| by Cozzolino, J P |
| Parameterization and Measurements of Helical Magnetic Fields (p. 3341) |
| by Fischer, W |
| A Common Coil Design for High Field 2-in-1 Accelerator Magnets (p. 3344) |
| by Gupta, R |
| Change in Field Harmonics after Quench and Thermal Cycles in Superconducting Magnets (p. 3347) |
| by Gupta, R |
| Magnetic Design of Superconducting Quadrupoles for a SC LINAC for APT (p. 3350) |
| by Kahn, S |
| Test Results from the Completed Production Run of Superconducting Corrector Magnets for RHIC (p. 3353) |
| by Muratore, J |
| RHIC D0 Insertion Dipole Design Iterations During Production (p. 3356) |
| by Schmalzle, J D |
| Helical Dipole Magnets for Polarized Protons in RHIC (p. 3359) |
| by Syphers, M J |
| A Helical Magnet Design for RHIC (p. 3362) |
| by Willen, E |
| Dynamic field quality of LHC/Saclay arc quadrupole magnet prototype (p. 3365) |
| by Devred, Arnaud |
| Mechanical design and layout of the LHC standard half-cell (p. 3368) |
| by Brunet, J C |
| State of the LHC Main Magnets (p. 3371) |
| by Perin, R |
| The short straight sections for the LHC (p. 3374) |
| by Tortschanoff, Theodor |
| Towards series measurements of the LHC superconducting dipole magnets (p. 3377) |
| by Walckiers, L |
| Forces on Interaction Region Quadrupoles and Dipoles Due to a Detector Solenoid Magnet (p. 3380) |
| by Welch, James J |
| The Superconducting Interaction Region Magnet System for the CESR Phase III Upgrade (p. 3383) |
| by Welch, James J |
| Configuration of the Proposed Diamond Superconducting Dipole Magnet (p. 3386) |
| by Marks, N |
| Quench protection of SC quadrupole magnets (p. 3389) |
| by Fehér, S |
| Design and Operation of an Experimental ``Double-C'' Transmission Line Magnet (p. 3392) |
| by Foster, G W |
| A new facility to test superconducting accelerator magnets (p. 3395) |
| by Lamm, M J |
| Magnetic Design of a High Gradient Quadrupole for the LHC Low-beta Insertions (p. 3398) |
| by Sabbi, G |
| Magnetic design of a high gradient quadrupole for the LHC low- beta insertions (p. 3398) |
| by Sabbi, G L |
| A Mu Mu Collider Capture Solenoid System for Pions from a Tilted Target (p. 3401) |
| by Green, M A |
| Tutorial on Superconducting Accelerator Magnets (p. 3404) |
| by Penny Ball, M J |
| Superconducting Solenoids for the Polarized Electron Spin Control System of the MIT-Bates South Hall Ring (SHR) (p. 3407) |
| by Averill, R |
| Measurement of Young's modulus and shim calculation for LHC prototype dipole magnets (p. 3410) |
| by Eysselein, F G |
Progress in the Design, Manufacture and Testing of the KLOE Solenoid for the DA NE Ring at Frascati (p. 3413) |
| by Andrews, D E |
| Maxwellian field expansion of helical magnet (p. 3416) |
| by Hatanaka, K |
| Design of the Sector Magnets for the Riken Superconducting Ring Cyclotron (p. 3419) |
| by Kawaguchi, T |
| Trim Coil System for the RIKEN Superconducting Ring Cyclotron (p. 3422) |
| by Kim, J W |
| A Superconducting Solenoid for Heavy Ion Beam Focusing (p. 3425) |
| by Kim, J W |
| Design of a Model Sector Magnet for the RIKEN Superconducting Ring Cyclotron (p. 3428) |
| by Kubo, T |
| Three dimensional field analysis of helical magnet for RHIC Siberian snake (p. 3431) |
| by Okamura, M |
| Multipole Expansion for a Single Helical Current Conductor (p. 3434) |
| by Tominaka, T |
| Analytical Field Calculation of Helical Dipole Magnets for RHIC Snake (p. 3437) |
| by Tominaka, T |
| Design Study of the Injection and Extraction Elements for the RIKEN Superconducting Ring Cyclotron (p. 3440) |
| by Tominaka, T |
| Stress Management in High-Field Dipoles (p. 3443) |
| by Diaczenko, N |
| Quench Simulation for 16 T Dipole Built at Texas A&M University (p. 3446) |
| by Latypov, D |
| Quench simulation for 16T dipole built at Texas A&M University (p. 3446) |
| by Latypov, D |
| Overview of the ATR Power Supplies (p. 3449) |
| by Bruno, D |
| Power Systems for the RHIC First Sextant Test (p. 3452) |
| by Schultheiss, C |
| The Power Supply Systems for Elliptical Multipole Wigglers (p. 3455) |
| by Medvedko, A S |
| Failure Statistics of DESY Power Supplies in 1996 (p. 3458) |
| by Eckoldt, H J |
| Four Quadrant DC to DC Switching Supply for the Fermilab Main Injector (p. 3461) |
| by Bartelson, L |
| An Embedded Power Supply Controller (p. 3464) |
| by Sharonov, S |
| Magnet Power Supply System for KEK B-Factory (p. 3467) |
| by Kubo, T |
| Effect of source voltage subharmonics on a rapid cycling synchrotron power supply (p. 3470) |
| by Zhang, F Q |
| Development of a High Speed Crowbar for LANSCE (p. 3473) |
| by Friedrichs, C C |
| Commissioning and First Year Operation of the LNLS Magnet Power Supplies (p. 3476) |
| by Wisnivesky, D |
| High Current Shunt Regulator for Quadrupole Magnets in PLS 2-GeV Storage Ring (p. 3479) |
| by Nam, S H |
| A Unique Power Supply for the PEP-II Klystron at SLAC (p. 3482) |
| by Cassel, R L |
| PEP-II 16-Channel Corrector Controller Using BITBUS (p. 3485) |
| by Olsen, R |
| New Power Supply Control Interface and Energy Ramping in SRRC (p. 3488) |
| by Chen, C S |
| An Electromagnetic Micro-Undulator (p. 3491) |
| by Nassiri, A |
| A Superconducting Wiggler Magnet for the NSLS X-Ray Ring (p. 3494) |
| by Blum, E B |
| Magnetic Measurements on an In-Vacuum Undulator for the NSLS X-Ray Ring (p. 3497) |
| by Rakowsky, G |
| Siberian Snakes for Electron Storage Rings (p. 3500) |
| by Ptitsin, V |
| The magnetic design of a high field permanent magnet multipole wiggler for the SRS (p. 3503) |
| by Clarke, J A |
| Recent Developments of Insertion Devices at the ESRF (p. 3506) |
| by Chavanne, J |
| Computing 3D Magnetic Fields from Insertion Devices (p. 3509) |
| by Elleaume, P |
| Development of an In-Vacuum Minipole Undulator (p. 3515) |
| by Tanabé, T |
| Novel Structure of Short-Period Twisted Undulator Spontaneous Emission Properties (p. 3518) |
| by Smirnov, A V |
| Design of an Elliptical Undulator and X-Ray Beam Line at DSR of RIKEN RI Beam Factory Project (p. 3521) |
| by Wakasugi, M |
| Operation of Insertion Devices in ELETTRA and Plans for Future Devices (p. 3524) |
| by Walker, R P |
| Design of an Electromagnetic Elliptical Wiggler for ELETTRA (p. 3527) |
| by Walker, R P |
| Design Features of a Planar Hybrid/Permanent Magnet Strong-Focusing Undulator for Free Electron Laser (FEL) and Synchrotron Radiation (SR) Applications (p. 3530) |
| by Tatchyn, R |
| Linear Beam Dynamics Effects of Three Dimensional Static Magnetic Fields of Insertion Devices at SRRC (p. 3533) |
| by Chang, P |
| Magnet Sorting Algorithms for a Prototype of the SRRC EPU (p. 3536) |
| by Fan, T C |
| Insertion Devices Control Development at SRRC (p. 3539) |
| by Pan, K T |
| The LHC Vacuum System (p. 3542) |
| by Gröbner, Oswald |
| Dust in Accelerator Vacuum Systems (p. 3547) |
| by Kelly, Darren R C |
| APS Storage Ring Vacuum System Performance (p. 3552) |
| by Noonan, J R |
| Advanced Photon Source Experience with Vacuum Chambers for Insertion Devices (p. 3556) |
| by Den Hartog, P K |
| Massive Titanium Sublimation Pumping in the CESR Interaction Region (p. 3559) |
| by Mistry, N B |
| Interaction Region Vacuum System Design at the PEP-II B-Factory (p. 3562) |
| by Bertolini, L |
| Survey of Electronic Safety Systems in Accelerator Applications (p. 3565) |
| by Mahoney, K |
| TiN coating of the PEP-II low-energy ring aluminum arc vacuum chambers (p. 3568) |
| by Kennedy, K |
| Bremsstrahlung Measurements at the ESRF (p. 3571) |
| by Berkvens, P |
| Design and Analysis of a Be Window for the APS Diagnostics Undulator Beam Line (p. 3574) |
| by Ching Sheng, I |
| In Situ Measurement of Ceramic Vacuum Chamber Conductive Coating Quality (p. 3577) |
| by Doose, C |
| An Ancillary Pumping System for the APS Vacuum System (p. 3580) |
| by Walters, D |
| Stress Rupture Considerations in the Design of Large Aperture, Low Mass Composite Vacuum Windows (p. 3583) |
| by Leonhardt, W J |
| Mechanical Design Aspects of The LHC Beam screen (p. 3586) |
| by Cruikshank, P |
| Beam Induced Multipacting (p. 3589) |
| by Gröbner, Oswald |
| Operation of CESR Distributed Ion Pumps at Reduced Voltage (p. 3592) |
| by Li, Y |
| A Titanium Sublimation Control System for the CESR Interaction Region (p. 3595) |
| by Li, Y |
| The design, construction and testing of a multipole wiggler magnet titanium vacuum chamber for the SRS (p. 3598) |
| by Bliss, N |
| FNAL Main Injector t-Jump System Beamtube Design (p. 3601) |
| by Leibfritz, J R |
| Comparison of the Quality of Two ECRIS Vacuum Stands (p. 3604) |
| by Pivarc, J |
| Vacuum Beam Losses in the Axial Injection Systems of the FLNR Heavy Ion Cyclotrons (p. 3607) |
| by El-Shazly, M N |
| Beam Loss Due to the Charge Exchange in the Residual Gas of the FLNR Heavy Ion Cyclotrons (p. 3610) |
| by Gulbekyan, G G |
| The Vacuum System of the Synchrotron Radiation Source ANKA (p. 3613) |
| by Huttel, E |
| Experience with the Ultra-High-Vacuum Protection System for the Synchrotron Radiation Beam Lines with High-Power Wigglers/Undulators at the Photon Factory (p. 3616) |
| by Kanaya, N |
| Status of the PEP-II Low-Energy Ring Vacuum System (p. 3619) |
| by Cheng, D |
| Design of the Linear Non-Evaporable Getter Pump for the PEP-II B-Factory (p. 3622) |
| by Bertolini, L |
| APT/LEDA RFQ Vacuum Pumping System (p. 3625) |
| by Shen, S |
| LNLS Vacuum System Commissioning (p. 3628) |
| by Ferreira, M J |
| Internal Gas Targets in AmPS (p. 3630) |
| by Kaan, A P |
| Operation Experiences for PLS Vacuum System (p. 3633) |
| by Park, D |
| Vacuum System Design Using Symbolic Numeric Processors (p. 3636) |
| by Cornelius, Wayne D |
| Final Design and Manufacturing of the PEP-II High Energy Ring Arc Bellows Module (p. 3639) |
| by Kurita, Nadine R |
| Photon Stimulated Desorption Phenomena at the Taiwan Light Source Vacuum System (p. 3642) |
| by Hsiung, G Y |
| Closed orbit feed-back from low-$\beta$ quadrupole movements at LEP (p. 3645) |
| by Tecker, F A |
| Beam position monitor offset determination at LEP (p. 3648) |
| by Tecker, F A |
| Alignment of the High Beta Magnets in the RHIC Interaction Regions (p. 3651) |
| by Trbojevic, D |
| The Superconducting Interaction Region Magnet Positioning System for the CESR Phase III Upgrade (p. 3654) |
| by Welch, James J |
| A Wire Position Monitor (WPM) System to Control the Cold Mass Movements Inside the TTF Cryomodule (p. 3657) |
| by Giove, D |
| Ground Motion Studies For Large Future Linear Colliders (p. 3660) |
| by Takeda, S |
| Precision Surveying and Smoothing Analysis for Pohang Light Source (p. 3663) |
| by Seo, K W |
| Survey and Alignment of SLAC's B-Factory (p. 3666) |
| by Pietryka, M |
| Access Control and Interlock System at the Advanced Photon Source (p. 3669) |
| by Forrestal, J |
| Radiation levels around the Fermilab main injector extraction Septa (p. 3672) |
| by Bhat, C M |
| Radiation protection in the NLC test accelerator at SLAC (p. 3675) |
| by Lavine, T L |
| Modular Reliability Modeling of the TJNAF Personnel Safety System (p. 3678) |
| by Cinnamon, J |
| Jefferson Lab Personnel Safety Fast Beam Kicker System (p. 3681) |
| by Mahoney, K |
| Emerging Standards with Application to Accelerator Safety Systems (p. 3684) |
| by Mahoney, K L |
| Design and construction of a 1-MW, 352-MHz RF test load (p. 3687) |
| by Horan, D |
| Design and Construction of the Advanced Photon Source 352-MHz RF System Switching Control (p. 3690) |
| by Horan, D |
| Supports and Installation System of the RHIC Superconducting Magnets (p. 3693) |
| by Alforque, R |
| Systems Layout of the Low-beta Insertions for the LHC Experiments (p. 3696) |
| by Ostojic, R |
| Systems Layout of the Low-$\beta$ Insertions for the LHC Experiments (p. 3696) |
| by Ostojic, R |
| Higher Order Modes Power Loss in the Vertical Separators at CESR (p. 3699) |
| by Greenwald, S |
| Photocurrents in Electrostatic Separators at CESR (p. 3702) |
| by Greenwald, S |
| REC Quadrupole's Beam Pipe Temperature Control (p. 3705) |
| by Greenwald, Z |
| Improved Measurement of Electric Field Uniformity in Horizontal Electrostatic Separators (p. 3708) |
| by Temnykh, Alexander B |
| Permanent Magnet Assembly Tooling for the 8 GeV Transfer Line and Recycler Ring at Fermilab (p. 3710) |
| by Nicol, T H |
| A Distributed Monitoring and Control System (p. 3713) |
| by Nogiec, J M |
| Pulsed Magnetic Field Measurement Using a Ferrite Waveguide in a Phase Bridge Circuit (p. 3716) |
| by Pellico, W |
| Longitudinal Impedance Measurements of an RK-TBA Induction Accelerating Gap (p. 3719) |
| by Eylon, S |
| Stack Insulator Induction Accelerator Gaps (p. 3722) |
| by Houck, T L |
| Resonant Ring For Testing of Accelerator RF Windows (p. 3725) |
| by Gerken, E |
| Beam Expansion with Specified Final Distributions (p. 3728) |
| by Jason, Andrew J |
| Development of a Fast Traveling-Wave Beam Chopper for National Spallation Neutron Source (p. 3731) |
| by Kurennoy, Sergey S |
| Design of quasi-traveling wave pinger magnet for beam diagnostics on the Advanced Light Source (p. 3734) |
| by Anderson, D E |
| TiN Coating of Accelerator Beamline Chambers (p. 3737) |
| by Leung, K N |
| Ramping Efficiency Studies in the LNLS Synchrotron Light Source (p. 3740) |
| by Farias, R H A |
| Power Factor Correction at MIT-Bates Linear Accelerator Center with Pulsed Loads of up to 180 MW Peak (2.7 MW Average) (p. 3743) |
| by Averill, R |
| Harmonic resonance analysis for PEP-II power factor correction upgrades (p. 3746) |
| by Corvin, C |
| A Dynamic Local Bump System for Producing Synchrotron Radiation with an Alternate Elliptical Polarization (p. 3749) |
| by Hsu, K T |
| A Method of Producing Surface Conduction on Ceramic Accelerator Components Using Metal Ion Implantation (p. 3752) |
| by Liu, F |
| Interactive Troubleshooting Guide for Accelerators (p. 3755) |
| by Legg, R |
| Runtime Accelerator Configuration Tools at Jefferson Laboratory (p. 3758) |
| by Tiefenback, M G |
| High Power Electron Beam Dumps at CEBAF (p. 3761) |
| by Wiseman, M |
| Diagnosis of Individual Cell Frequencies in a Coupled Cavity Chain Without Introducing Objects into the Cavity (p. 3764) |
| by Ni, Y |
| A new measurement method of the delay line length in the X-band Delay Line Distribution System (DLDS) (p. 3767) |
| by Tamura, F |
| Review of Compact Commercial Accelerator Products and Applications (p. 3770) |
| by Jongen, Y |
| A High Current Tandem Accelerator for Gamma-Resonance Contraband Detection (p. 3775) |
| by Milton, B F |
| The Accelerator Production of Tritium Project (p. 3780) |
| by Lisowski, P W |
| Commissioning of the 1 MW Spallation Neutron Source SINQ (p. 3785) |
| by Bauer, G S |
| Synchrotrons and Beamlines for Proton Radiography (p. 3788) |
| by Neri, F |
| Clinical Requirements and Accelerator Concepts for BNCT (p. 3791) |
| by Ludewigt, B A |
| Market Driven Design of Accelerator Systems for Sterilization of Medical Products (p. 3796) |
| by Whitham, K |
| The GSI Cancer Therapy Project (p. 3801) |
| by Eickhoff, H |
| A 3He++ RFQ accelerator for the production of PET isotopes (p. 3804) |
| by Pasquinelli, R J |
| A New Intense Neutron Tool for Radiography and Detection of Water and Ground Contaminants (p. 3807) |
| by Celata, C M |
| Electron-Linac-Based Radiation Facilities of the Ukrainian National Science Center ``KIPT'' (p. 3810) |
| by Dovbnya, A N |
| A compact proton synchrotron for cancer treatments (p. 3813) |
| by Hiramoto, K |
| Progress Report on the Construction of the Northeast Proton Therapy Center (NPTC) Equipment (p. 3816) |
| by Jongen, Y |
| Performance of Parallel Plate Ionization Chamber for Medical Irradiation (p. 3819) |
| by Urakabe, E |
| New Secondary Beam Course for Medical Use in HIMAC (p. 3822) |
| by Kouda, S |
| Design Study of a Linear Accelerator System for Neutron Capture Therapy (p. 3825) |
| by Kim, J W |
| A Compact Proton Accelerator System for Cancer Therapy (p. 3828) |
| by Yamaguchi, A |
| Operation of the TRIUMF Proton Therapy Facility (p. 3831) |
| by Blackmore, E W |
| Initial Operation of CIAE Medically Used Cyclotron (p. 3834) |
| by Fan, M |
| Charge Stripper and MEBT for the 3He RFQ Accelerator (p. 3837) |
| by Bieniosek, F M |
| Electron Accelerator's Production of Technetium-99m for Nuclear Medicine (p. 3840) |
| by Uvarov, V L |
| Encapsulated Target for Isotope Production Cyclotrons (p. 3842) |
| by Bakhtiari, S |
| High Current Encapsulated Target System for Radioisotopes Production (p. 3845) |
| by Ho, W |
| Program of Activities for the Linac-Driver of ITEP Subcritical Facility (p. 3848) |
| by Kozodaev, A M |
| Parameter and Cost Model for Spallation Neutron Source Studies (p. 3851) |
| by Galambos, J D |
| Electron Beam Applications in Chemical Processing (p. 3854) |
| by Cojocaru, G |
| Realignment of a Diverging Electron Beam : A New Beam Delivery System for Rhodotrons(p. 3857) |
| by Jongen, Y |
| Electron Beam Scanning Systems (p. 3860) |
| by Zavadtsev, A A |
| Cyclotron Autoresonance Accelerator for Electron Beam Dry Scrubbing of Flue Gases (p. 3863) |
| by Hirshfield, J L |
| Effective X-ray Bremsstrahlung Source (Is it Possible to Handle Quality of X-ray Bremsstrahlung?) (p. 3866) |
| by Grishin, V K |
| Small-Sized Electron Linear RF Accelerator with Beam Autoacceleration for Geology and Industry (p. 3869) |
| by Bogdanovich, B |
| A Small 1 MeV Electron Accelerator for Measuring Heavy Metal Concentrations in Smokestack Gases (p. 3872) |
| by Reppond, A |
| Beam test of a superconducting damped cavity for KEKB (3087 3090) |
| by Furuya, T |
| LHC Status and Plans (61-65 (vol.1)) |
| by Evans, Lyndon R |
| A study on beam-beam interactions for BTcF |
| by Zhang, C |
| Capture from pair production as a beam loss mechanism for heavy ions at RHIC |
| by Feinberg, B |