| CW Electron Accelerators : A Review(p. 1) |
| by Kowalski, S |
| Overview of Synchrotron Radiation Facilities (p. 7) |
| by Winick, Herman |
| The Status of R&D for the Relativistic Heavy Ion Collider at Brookhaven (p. 12) |
| by Forsyth, E B |
| IUCF Cooler Ring Status 1989 (p. 17) |
| by Pollock, R E |
| Operating Results of the Electron Ring of Saskatchewan (EROS) (p. 22) |
| by Dallin, L O |
| Status Report on the GSI Synchrotron Facility and First Beam Results (p. 27) |
| by Blasche, K |
| Results from Lanzhou K450 heavy ion cyclotron (p. 29) |
| by Wei, B |
| The MIT-Bates South Hall Ring (p. 34) |
| by Flanz, J B |
| Initial Operation of Cooler Ring, TARN II (p. 37) |
| by Katayama, T |
| The COSY-Jülich Project : Feb. 1989 Status(p. 40) |
| by Maier, R |
| Status Report on the AGOR Superconducting Cyclotron (p. 43) |
| by Launé, B |
| The Amsterdam Pulse Stretcher Project (AmPS) (p. 46) |
| by Luijckx, G |
| The Heidelberg Heavy Ion Cooler Storage Ring TSR (p. 49) |
| by Bisoffi, G |
| Orbit Stability and Feedback Control in Synchrotron Radiation Rings (p. 54) |
| by Yu, L H |
| Problems in Measuring Micron-Size Beams (p. 60) |
| by Field, C |
| Optical Transition Radiation Measurements of the Los Alamos Free Electron Laser Driver (p. 65) |
| by Fiorito, R B |
| Flying wires at Fermilab (p. 68) |
| by Gannon, J |
| Design and preliminary tests of a beam intensity monitor for LEP (p. 71) |
| by Unser, K B |
| Advanced light source control system (p. 74) |
| by Magyary, S |
| The provision of telecommunications links for the LEP collider (p. 79) |
| by Parker, C R C B |
| A unified approach to building accelerator simulation software for the SSC (p. 82) |
| by Paxson, V E |
| The Bates Pulse Stretcher Ring Control System Design (p. 85) |
| by Russ, T |
| Electric Polarizability and Magnetic Susceptibility of Small Holes in a Thin Screen (p. 88) |
| by Gluckstern, R L |
| Experiment of Cusptron Microwave Tube (p. 91) |
| by Choe, J Y |
| FCI-field charge interaction program for high power klystron simulations (p. 94) |
| by Shintake, T |
| Small-Signal Gain and Numerical Simulation of Transvertron High Power Microwave Sources (p. 97) |
| by Sullivan, D J |
| A radio-frequency transfer structure for the CERN linear collider (p. 100) |
| by Garvey, Terence |
| Structure studies for the CERN linear collider CLIC (p. 103) |
| by Wilson, Ian H |
| Installation and operation of the new rf system for lepton acceleration in the CERN SPS (p. 106) |
| by Faugeras, Paul E |
| Development of the Collective Interaction Klystron (CIK) (p. 109) |
| by Pasour, J A |
| Computer Aided Field Measurements of the SUPERHILAC Alvarez Cavities (p. 112) |
| by Howard, D |
| Optimizing the High Power Input to the LBL 400 MHz Proton RFQ (p. 115) |
| by Howard, D |
| Advanced Light Source master oscillator (p. 118) |
| by Lo, C C |
| Computer-aided studies of the ALS 500 MHz storage ring cavity (p. 121) |
| by Lo, C C |
| Advanced light source storage ring rf system (p. 124) |
| by Taylor, B |
| Transient analysis of multicavity klystrons (p. 126) |
| by Lavine, T L |
| Design of a 100 MW X-band klystron (p. 129) |
| by Eppley, K R |
| rf pulse compression experiment at SLAC (p. 132) |
| by Farkas, Z D |
| rf system for high beam intensity acceleration in the CERN PS (p. 135) |
| by Garoby, R |
| Bunch Lengthening Control Using the Fourth Harmonic Cavity in the VUV Ring (p. 138) |
| by Keane, J |
| X-Ray RF System Upgrade at the NSLS (p. 141) |
| by Keane, J |
| Planned Beam Transport and Two-Cavity Amplifier Experiments on the University of Maryland Gyroklystron (p. 144) |
| by Welsh, D |
| A High Power X-Band Relativistic Klystron (p. 147) |
| by Davis, T J |
| High Power Traveling Wave Amplifier Experiments (p. 150) |
| by Nation, J A |
| RF System for High-Power Industrial Irradiators (p. 153) |
| by Labrie, J P |
| Damped accelerator structures for future linear e+- colliders (p. 156) |
| by Deruyter, H |
| Anomalous electron loading in SLAC 5045 klystron and relativistic klystron input cavities (p. 159) |
| by Koontz, R F |
| 60 KW UHF, Solid State RF Power Supply (p. 162) |
| by Davis, C D |
| Studies of Ferrite Materials for the AGS Booster Synchrotron (p. 165) |
| by Goldman, M A |
| Time Domain Beam Loading Studies of the Booster and AGS (p. 168) |
| by Meth, M |
| Perpendicular biased ferrite tuned rf cavity for the TRIUMF KAON factory booster ring (p. 171) |
| by Poirier, R L |
| The interaction between the third harmonic resonance and parasitic modes inside the TRIUMF cavity (p. 174) |
| by Pacak, V |
| Progress on a Prototype Main Ring RF Cavity (p. 177) |
| by Swain, G R |
| RF System for the STA SR Ring (p. 180) |
| by Kusaka, T |
| High Power RF Tests of 433 MHz Single-Cell Accelerator Cavities and Associated Feed System (p. 183) |
| by Vetter, A M |
| SUPERFISH Accuracy Dependence on Mesh Size (p. 186) |
| by Merson, J L |
| Computer aided design of three-dimensional waveguide loaded cavities (p. 189) |
| by Goren, Y |
| Prototype RF Cavity for the HISTRAP Accelerator (p. 193) |
| by Mosko, S W |
| Higher order mode damping in KAON factory rf cavities (p. 196) |
| by Enegren, T A |
| Depressed Collectors for Gyrotrons (p. 199) |
| by Read, M E |
| Dynamics of an electron in an rf gap (p. 202) |
| by Farkas, Z D |
| Modification of MEA Modulator-Kystron Units Enabling Short Pulse Injection into a Pulse-Stretcher Ring (p. 205) |
| by Kroes, F B |
| Wiggler Tune Shift Compensation on the Daresbury SRS (p. 208) |
| by Poole, M W |
| Higher Order Modes in the SRS 500 MHz Accelerating Cavities (p. 211) |
| by Corlett, J N |
| Determination of Failure Mechanisms of RF Cavity Aperture Windows (p. 214) |
| by Rimmer, R A |
| Status Report on the Radio Frequency Accelerating Systems of the APS at Argonne (p. 217) |
| by Nicholls, G |
| The Design of the R.F. Cavities for Elettra (p. 220) |
| by Fernandes, P |
| CARM Driver for High Frequency RF Accelerators (p. 223) |
| by Danly, B G |
| RF Cavity Design for High Current Operation of the Cornell Electron Storage Ring (p. 226) |
| by Greenwald, S |
| Boeing Travelling Wave Structure Electrical Performance (p. 229) |
| by Buller, T |
| Design of High Average Power Linear Electron Accelerator Sections (p. 231) |
| by Buller, T |
| Ferrite loaded untuned rf cavity for synchrotron (p. 234) |
| by Muto, K |
| An Improved 1.26 MHz System for the Fermilab Antiproton Accummulator (p. 237) |
| by Peterson, D W |
| 125 MHz Cavity for NAR (p. 240) |
| by Shibayama, A |
| Design and Construction of a Chopper Driven 11.4 GHz Traveling Wave RF Generator (p. 243) |
| by Haimson, J |
| Engineering Design of the Interaction Waveguide for High-Power Accelerator-Driven Microwave Free-Electron Lasers (p. 246) |
| by Hopkins, D B |
| Technique of Race-Track Microtron Injection into Linac (p. 251) |
| by Tumanian, A R |
| Calculation of Losses and Protection Against Irradiation During Beam Abort and Loss Localization in the UNK (p. 255) |
| by Drozhdin, A I |
| Second Slow Extraction of Relativistic Nuclear Beams from the Synchrophasotron (p. 258) |
| by Issinsky, I B |
| Design of the Injection System by Half Resonance into a Superconducting Electron Storage Ring (p. 260) |
| by Nakata, S |
| Mechanical Design of SXLS Radio-Frequency Cavity (p. 263) |
| by Mortazavi, P |
| Active Interlock for Storage Ring Insertion Devices (p. 266) |
| by Rothman, J L |
| A Modular Instrumentation Panel for Monitoring the Status of Accelerator Cooling Systems at Los Alamos (p. 268) |
| by Tomei, T L |
| The Beam Slow Extraction from a Magnetic Ring of Moscow Meson Facility (p. 270) |
| by Malítsky, N D |
| Operational Status of the Brookhaven National Laboratory Accelerator Test Facility (p. 273) |
| by Batchelor, K |
| A 4-Megavolt, 5-Kiloampere Pulsed-Power High-Brightness Electron Beam Source (p. 276) |
| by Carlson, R L |
| The Experiment of Applying Plasma Chemical Reaction and Non-Plasma Chemical Reaction in R.F. Ion Source (p. 279) |
| by Gui Bin, B |
| Study of a positron source generated by photons from ultrarelativistic channeled particles (p. 283) |
| by Chehab, R |
| High Current Metal Ion Beam Injection Experiments (p. 286) |
| by Brown, I G |
| Broad-beam multi-ampere metal ion source (p. 289) |
| by Brown, I G |
| Bevatron Local Injector Duoplasmatron Ion Source Performance (p. 292) |
| by Zajec, E |
| NPBTS-Overview and Capabilities (p. 295) |
| by Fink, C L |
| Single electron beams from the LEP pre-injector (p. 298) |
| by Frammery, Bertrand |
| Performance Improvement of the KEK PS-Booster Synchrotron (p. 301) |
| by Yamane, I |
| Gabor lens focusing of a negative ion beam (p. 304) |
| by Palkovic, J A |
| The Brookhaven Accelerator Test Facility Injection System (p. 307) |
| by Wang, X J |
| Status of the Sandia EBIS Program (p. 310) |
| by Schmieder, R W |
| Photoelectric Injector Design Code (p. 313) |
| by Carlsten, B E |
| A formalism and computer program for coupled lattices (p. 313) |
| by Raubenheimer, T O |
| The Pseudospark as an Electron Beam Source (p. 316) |
| by Boggasch, E |
| The ECR Heavy-Ion Source for ATLAS (p. 319) |
| by Pardo, R C |
| Pulsed 4-MeV Electron Injector with an Excimer Laser Driven Photocathode (p. 322) |
| by Kauppila, T J |
| Conceptual design of a gyrotron-driven superconducting ECR ion source (p. 325) |
| by Countryman, P J |
| Conceptual Design of a High Current Injector for the NIST-NRL Free-Electron Laser (p. 328) |
| by Cutler, R I |
| An Optimized H (p. 331) |
| by Tompkins, P A |
| Simulations of High-Brightness RF Photocathode Guns for LLNL-SLAC-LBL 1 GeV Test Experiment (p. 334) |
| by Chen, Y J |
| Generation and Amplification of Temporally "Square" Optical Pulses for the FEL Photoelectric Injector (p. 337) |
| by Remelius, D K |
| A Volume H (p. 340) |
| by Prelec, K |
| Timing jitter measurements at the SLC electron source (p. 343) |
| by Sodja, J |
| Intense Negative Heavy Ion Source with Cusp Magnetic Field (p. 345) |
| by Mori, Y |
| Successful DC Recirculation of a 2 MeV Electron Beam at Currents More than 0.1 Ampere (p. 348) |
| by Adney, J R |
| Design calculations and measurements of a dipole magnet with Permendur pole pieces (p. 351) |
| by Early, R A |
| Variable Gradient Permanent-Magnet Quadrupole Lenses (p. 354) |
| by O'Shea, P G |
| Hall Effect Magnetic Field Regulation Systems for the CESR Injector (p. 357) |
| by Dunnam, C R |
| Conceptual design of a 5 T/mm quadrupole for linear collider final focus (p. 360) |
| by Egawa, K |
| DC Septum Magnet for Beam Extraction (p. 363) |
| by Noda, A |
| A Radiation Hard Dipole Magnet Coils Using Aluminum Clad Copper Conductors (p. 366) |
| by Leonhardt, W J |
| Magnets for high energy colliders (p. 369) |
| by Spencer, J |
| Design of a pulsed switching magnet for the Bevalac (p. 372) |
| by Abbott, S |
| Laced permanent magnet quadrupole drift tube magnets (p. 375) |
| by Feinberg, B |
| Magnetic Measurements at LNLS (p. 378) |
| by Ortiz, W A |
| Static and Dynamic Magnetic End Effects and Correction Magnets for the AGS Booster (p. 381) |
| by Danby, G E |
| Description of New Vacuum Chamber Correction Concept (p. 384) |
| by Danby, G T |
| Magnetic Measurements of Permanent Magnet Insertion Devices at the BNL-NSLS (p. 387) |
| by Solomon, L |
| Prototype magnet designs and loss measurements for the dual frequency booster synchrotron for TRIUMF's KAON factory (p. 390) |
| by Otter, Alan J |
| Design, Construction, and Field Mapping of the HISTRAP Prototype Dipole (p. 393) |
| by Tatum, B A |
| Quadrupole Magnet for the APS Storage Ring (p. 396) |
| by Thompson, K M |
| Beam transport magnets for CEBAF (p. 399) |
| by Harwood, L H |
| A magnetically switched kicker for proton extraction (p. 402) |
| by Dinkel, J |
| Kicker Magnets for the Advanced Light Source (p. 405) |
| by Gabor, G |
| Kickers used for Bunched $e^{+}/e^{-}$ Beam Transfer in the CERN PS Complex (p. 408) |
| by Fowler, T |
| Design, analysis and measurement of very fast kicker magnets at SLAC (p. 411) |
| by Weaver, J N |
| Laser stripping of the TRIUMF H- beam (p. 414) |
| by Lee, R T |
| Stripping Injection of H (p. 417) |
| by Rogge, M |
| Design of MCTD Photoinjector Cavities (p. 420) |
| by Warren, J L |
| H- Injection into the Low Energy Booster of the SSC (p. 423) |
| by Colton, E P |
| Tevatron collider : status and prospects(p. 426) |
| by Dugan, G F |
| HERA status (p. 431) |
| by Wiik, Bjørn Haavard |
| The Fermilab Upgrade (p. 436) |
| by Holmes, S D |
| Operational Experience with Using Collimators to Remove Halo in the Tevatron Collider (p. 439) |
| by Pruss, S M |
| Proposals for B- and Phi-Meson Factories in Novosibirsk (p. 441) |
| by Tumaikin, G M |
| High Luminosity Operation of the Cornell Electron Storage Ring (p. 444) |
| by Rice, D |
| Injection and Transport of Beams of Positrons into and through an Octant of LEP (p. 447) |
| Injection and transport of beams of positrons into and through an octant of LEP (p. 447) |
| by Hofmann, A |
| TRIUMF KAON factory pre-construction study (p. 450) |
| by Craddock, M K |
| The CERN collider after ACOL (p. 453) |
| by Jones, E |
| PEP as a synchrotron radiation source : status and review(p. 456) |
| by Paterson, J M |
| Record Capture and Acceleration Efficiency in the SURF-II 300 MeV Circular Storage Ring (p. 461) |
| by Hughey, L R |
| Status of ELETTRA (p. 464) |
| by Wrulich, A F |
| SRS-2: Performance and Achievements (p. 467) |
| by Suller, V P |
| Experience with Phase II Insertion Devices in the X-Ray Ring (p. 470) |
| by Decker, G |
| Operation of CESR as a Low Emittance X-Ray Source (p. 473) |
| by Blum, E B |
| Storage Ring Design for STA SR Project (p. 476) |
| by Hara, M |
| Higher Order Mode RF Power Extraction From Polarized Cavities with a Single Output Coupler (p. 479) |
| by Kirchgessner, J |
| Field Emmission Processing of Superconducting RF Cavities with High Peak Power (p. 482) |
| by Kirchgessner, J |
| Fully hydroformed rf cavities (p. 485) |
| by Hauviller, Claude |
| Temperature and Field Dependence of the RF Surface Resistance of High T (p. 488) |
| by Moffatt, D |
| R & D in Progress to Overcome Field Emission in Superconducting Accelerator Cavities (p. 491) |
| by Shu, Q S |
| Optimization of Coil Configuration in a Superconducting Dipole Magnet for Compact Synchrotron Light Source (p. 494) |
| by Kitamura, M |
| Test of Two 1.8 M SSC Model Magnets with Iterated Design (p. 497) |
| by Wanderer, P |
| Collarless, Close-in, Shaped Iron Aperture Designs for the SSC Dipole (p. 500) |
| by Gupta, R C |
| Status of the Quadrupoles for RHIC (p. 503) |
| by Thompson, P A |
| Minimum Energy to Start a Quench and Optimum Copper-to-NbTi Ratio (p. 506) |
| by Ng, K Y |
| Lifetime of Passive Quench Protection Diodes in the SSC (p. 509) |
| by Ziegler, J |
| A new high-gradient correction quadrupole for the Fermilab luminosity upgrade (p. 512) |
| by Mantsch, P M |
| The D0 Low beta Power and Quench Protection System (p. 515) |
| by Koepke, K P |
| Time-Varying Sextupole Corrections during the Tevatron Ramp (p. 518) |
| by Herrup, D A |
| Compensation of Time Varying Fields in the Tevatron Superconducting Magnets (p. 521) |
| by Johnson, D E |
| In-Situ Non-Destructive Testing of Superconducting Dipoles in the Tevatron (p. 524) |
| by Hanna, B |
| Design Considerations for a Large Aperture High Field Superconducting Dipole (p. 527) |
| by Harfoush, F A |
| Full Length SSC R&D Dipole Magnet Test Results (p. 530) |
| by Strait, J |
| Formulae for the calculation of energy deposition densities in the graphite dumps of the LHC (p. 533) |
| by Ijspeert, Albert |
| Charge state distributions for heavy ions in carbon stripper foils (p. 536) |
| by McMahan, M A |
| Emittance at the SuperHILAC and the Bevalac transfer line (p. 539) |
| by Krebs, G F |
| Jitter in H (p. 542) |
| by Novick, A H |
| The Beam Bunching and Transport System of the Argonne Positive Ion Injector (p. 545) |
| by Den Hartog, P K |
| Spectrometer Chopper for AHF and SSC Low-Energy Transports (p. 548) |
| by Hurd, J W |
| Beam dumps, stoppers and Faraday cups at the SLC (p. 551) |
| by Walz, D R |
| Momentum slits, collimators and masks in the SLC (p. 553) |
| by Walz, D R |
| Optical design of the CEBAF beam transport system (p. 557) |
| by Douglas, D R |
| Vacuum system for the LBL Advanced Light Source (ALS) (p. 560) |
| by Kennedy, K |
| Differences in synchrotron radiation induced gas desorption from stainless steel and aluminium alloy (p. 563) |
| by Andritschky, M |
| Fabrication and test of prototype ring magnets for the ALS (p. 566) |
| by Tanabe, J |
| X-Ray Lithography Source (SXLS) Vacuum System (p. 569) |
| by Schuchman, J C |
| The Liqud Helium System of ATLAS (p. 571) |
| by Nixon, J M |
| The Ultra High Vacuum System of the AGS Booster (p. 574) |
| by Hseuh, H C |
| Vacuum System for the 8 GeV Storage Ring (p. 577) |
| by Be, S H |
| Bargain Basement Bakeout (p. 580) |
| by Manwaring, W |
| Vacuum System Development Status for the APS Storage Ring (p. 583) |
| by Wehrle, R |
| Vacuum Chamber Thermal Protection for the APS (p. 586) |
| by Kramer, S L |
| Cryogenic Optimization for Cavity Systems (p. 589) |
| by Rode, C H |
| The CEBAF Croygenic Systems (p. 592) |
| by Chronis, W C |
| A Synchronous Beam Sweeper for Heavy Ions (p. 595) |
| by Bogaty, J M |
| Generating Catalogs of Transverse Matching Solutions (p. 598) |
| by Swain, G |
| Half Wave Helix Loaded Superconducting Resonator for the Saclay Heavy on Linac (p. 601) |
| by Cauvin, B |
| Half wave helix loaded superconducting resonator for heavy ion linac (p. 601) |
| by Cauvin, B |
| Thermal Analysis of Cryogenically Cooled Linear Accelerators (p. 604) |
| by Fixler, S |
| A Rotary Tuner for UHF Drift-Tube Linacs (p. 607) |
| by Liska, D J |
| Numerical and Experimental Studies of Particle Accelerators Powered by Modulated Intense Relativistic Electron Beams (p. 609) |
| by Krall, J |
| Advanced accelerator test facility (AATF) upgrade plan (p. 612) |
| by Gai, W |
| Determination of the Beam Width in a Stellatron Accelerator (p. 615) |
| by Ishizuka, H |
| Plasma Wakefield Accelerator Experiments in KEK (p. 618) |
| by Ogata, A |
| Applications of a Plasma Lens with Bootstrap Disruption (p. 621) |
| by Rajagopalan, S |
| Measurements and Simulation of Controlled Beamfront Motion in the Laser Controlled Collective Accelerator (p. 624) |
| by Yao, R L |
| The development of plasma lenses for linear colliders (p. 627) |
| by Norem, J |
| Applicaton of Novel Material in Crystal Accelerator Concepts (p. 630) |
| by Newberger, B |
| Status and Performance of the IUCF 270 KeV Electron Cooling System (p. 633) |
| by Ellison, T J P |
| Novel Stochastic Cooling Pickups/Kickers (p. 636) |
| by Petter, J |
| Frequency Response of 4-8 GHz Stochatic Cooling Electrodes (p. 639) |
| by McGinnis, D |
| Coping with Power-Limited Transverse Stochastic Cooling Systems (p. 642) |
| by Goldberg, D A |
| Stochastic cooling and storage tests with oxygen ions in LEAR (p. 645) |
| by Baird, S A |
| New 4-8 GHz Core Cooling Pickups and Kickers for the Fermilab Accumulator (p. 648) |
| by Petter, J |
| Electron Cooler at INS (p. 651) |
| by Tanabé, T |
| Coulomb scattering cross sections for accelerator design (p. 654) |
| by Butler, M N |
| Boeing 120 MeV RF Linac Injector Design and Accelerator Performance Comparison with PARMELA (p. 657) |
| by Yeremian, A D |
| Elementary Analysis of Phase Space Painting (p. 660) |
| by Kamiya, Yu |
| The Heavy Ion Injection Scheme for RHIC (p. 663) |
| by Rhoades-Brown, M J |
| Longitudinal Phase Space Computer Simulation of IUCF Cooler Ring Multiturn Stacking Injection (p. 666) |
| by Pei, X |
| Relocation of the Helium Ion Radiotherapy Program from the 184" Synchrocyclotron to the Bevalac (p. 669) |
| by Alonso, J R |
| Preliminary Results of a Raster Scanning Beam Delivery System (p. 672) |
| by Renner, T R |
| A New Design of Truly Selfshielding Baby-Cyclotrons for Positron Emitter Production (p. 675) |
| by Abs, M |
| Conceptual Design of an RFQ Accelerator-Based Neutron Source for Boron Neutron-Capture Therapy (p. 678) |
| by Wangler, T P |
| Feedback Linear Induction Accelerator Using Fusion Reactor Exhaust Plasma (p. 681) |
| by Denno, K |
| High-Performance Deuterium-Lithium Neutron Source for Fusion Materials and Technology Testing (p. 684) |
| by Lawrence, G P |
| Extraction and Transport of the High Current Ion Beam (p. 688) |
| by Chung, K H |
| Optimal Wakefield Excitation and Particle Acceleration in a Relativistic Counterstreaming Electron Beam (p. 691) |
| by Yan, Y T |
| Optical Correlator Notch Filters for Fermilab Debuncher Betatron Stochastic Cooling (p. 694) |
| by Pasquinelli, R J |
| The optics of the fast ejections of the CERN PS (p. 697) |
| by Risselada, Thys |
| Design of a synchrotron for proton therapy (p. 700) |
| by Fukumoto, S |
| Cross-Field Acceleration by Electromagnetic Wave (p. 703) |
| by Kawata, S |
| Development of Two-Dimensional Implosion Code for LIB ICF (p. 706) |
| by Kawata, S |
| Report on the Lake Arrowhead Workshop on Advanced Acceleration Concepts (p. 712) |
| by Pellegrini, C |
| Report on the International Workshop of Next Generation Linear Colliders (p. 716) |
| by Ruth, Ronald D |
| Report on the international workshop on next generation linear colliders (p. 716) |
| by Ruth, Ronald D |
| Superconducting RF Linear Collider (p. 721) |
| by Rubin, D L |
| Beatwave Accelerator Experiments at UCLA (p. 726) |
| by Joshi, C |
| Experimental measurement of nonlinear plasma wake-fields (p. 731) |
| by Rosenzweig, J B |
| Upper Hybrid Wave Collective Acceleration Studies (p. 734) |
| by Chojnacki, E |
| Loma Linda Medical Accelerator Project (p. 737) |
| by Cole, F T |
| Medical Accelerator Projects at Michigan State University (p. 742) |
| by Blosser, H |
| Report on the Symposium on Heavy Ion Inertial Fusion, Darmstadt, Germany, June 1988 (p. 747) |
| by Keefe, D |
| Report on the symposium on heavy ion inertial fusion, Darmstadt, Germany, Jun 1988 (p. 747) |
| by Keefe, D |
| Status of the PBFA-II Light Ion Beam Fusion Program (p. 752) |
| by Quintenz, J P |
| X-Ray Lithography Sources: A Review (p. 757) |
| by Murphy, J B |
| Accelerator for the Production of Tritium (APT) (p. 761) |
| by Wilson, M T |
| High Intensity H- Cyclotrons for Radioisotope Production (p. 764) |
| by Bol, J L |
| Advances of the feasibility study of the European light ion medical accelerator (p. 767) |
| by Mandrillon, P |
| High-Average Power Millimeter-Wave FEL for Plasma Heating Using the ETA-II Accelerator (p. 770) |
| by Throop, A L |
| The NIST-NRL Free-Electron Laser Facility (p. 775) |
| by Debenham, P H |
| DELTA, a Low-Emittance Storage Ring as Free-Electron-Laser Radiation Source (p. 780) |
| by Marquardt, N |
| Developement of a 10-m Wedged-Pole Undulator (p. 783) |
| by Robinson, K E |
| A Novel Small Period Electromagnetic Undulator for Free Electron Lasers (p. 786) |
| by Zhou, W |
| Bunch lengthening calculations for the SLC damping rings (p. 789) |
| by Bane, Karl Leopold Freitag |
| Transverse and longitudinal coupled bunch instabilities in trains of closely spaced bunches (p. 792) |
| by Thompson, K A |
| Multibunch beam breakup in high energy linear colliders (p. 795) |
| by Thompson, K A |
| Longitudinal impedance of a smooth toroidal chamber at low and intermediate frequencies (p. 798) |
| by Ng, K Y |
| On the Theory of Coherent Instabilities Due to Coupling between a Dense Cooled Beam and Charged Particles from the Residual Gas (p. 800) |
| by AlvesPires, R |
| On the theory of coherent instabilities due to coupling between a dense cooled beam and charged particles from the residual gas (p. 800) |
| by Alves-Pires, R |
| Observation of transverse quadrupole mode instabilities in intense cooled antiproton beams in the AA (p. 803) |
| by Carron, G |
| A New Tevatron Collider Working Point near the Integer (p. 806) |
| by Johnson, R P |
| Influence of the synchrotron radiation on particle dynamics in a rectangular undulator (p. 809) |
| by Chin, Y H |
| Single Bunch Cumulative Beam Breakup (p. 812) |
| by Neri, F |
| Understanding and improving the high field orbit in the Fermilab booster (p. 815) |
| by Chao, Y |
| Intrinsic and Resonance Space Charge Limits (p. 818) |
| by Parzen, G |
| Lattice Design for the Pohang Synchrotron Light Source (p. 821) |
| by Nam, K |
| Measurement and Simulation of Beam-Beam Effects in the Weak/Strong Regime (p. 824) |
| by Milton, S V |
| Scaling Relations for a Beam Deflecting TM (p. 827) |
| by Takeda, H |
| Comparison of Energy Spreads Induced by a Longitudinal Wakefield in a Cavity (p. 830) |
| by Takeda, H |
| Simulation of an RFQ Funnel for Heavy-Ion Beams (p. 833) |
| by Guy, F W |
| Simulation of Round Beams (p. 836) |
| by Krishnagopal, S |
| Differential algebras without differentials : an easy C++ implementation(p. 839) |
| by Michelotti, Leo |
| Methods for Detailed Modeling of the Longitudinal Phasespace Dynamics for Beams in Cyclic Accelerators (p. 842) |
| by Stahl, S |
| The Improvement Program for Higher Intensity and Better Quality in the Princeton University Cyclotron (p. 845) |
| by Huang, Y |
| Comparison between smooth and AG focusing for the CLIC main linac (p. 848) |
| by Henke, H |
| Beam Impedance of Ferrite Kicker Magnets (p. 851) |
| by Völker, F V |
| Beam impedance of ferrite kicker magnets (p. 851) |
| by Völker, F V |
| Beam Dynamics Calculations for the LAMPF Optically Pumped Ion Source (p. 854) |
| by Hayden, R J |
| Linear Beam-Beam Tune Shift Estimates for the Tevatron Collider (p. 857) |
| by Johnson, D E |
| Tune spectra in the Tevatron collider (p. 860) |
| by Jackson, G |
| Stimulated longitudinal emittance growth in the main ring (p. 863) |
| by Jackson, G |
| Finite difference time domain modelling of particle accelerators (p. 866) |
| by Jurgens, T G |
| Compensation of Magnetic Imperfections in the SSC (p. 869) |
| by Talman, R |
| Electron Transport in Stellarator Fields (p. 872) |
| by Tiefenback, M G |
| Correction of Transverse Coupling in a Storage Ring (p. 874) |
| by Bagley, P P |
| Application of the ARGUS Code to Accelerator Design Calculations (p. 877) |
| by Mondelli, Alfred A |
| Higher order correlations in computed particle distributions (p. 880) |
| by Hanerfeld, H |
| Measurement of Chromaticity-Energy Spread Product by Transversely Kicking the Beam (p. 883) |
| by Hsu, I |
| The optical design of the spin manipulation system for the SLAC Linear Collider (p. 885) |
| by Fieguth, T H |
| Sheet Electron Beam Gun Design Using ARGUS (p. 888) |
| by Petillo, J J |
| Computer Simulations of Disruption (p. 891) |
| by Mori, W B |
| Plasma Lenses (p. 894) |
| by Su, J J |
| Comparison of Analytical and Computational Estimates of Reduction in Linear Aperture in the Presence of Sextupole Field (p. 897) |
| by Li, Maozhen |
| Disassociation of Electrons from Partially Stripped Ion Beams Due to Strong Magnetic Fields (p. 900) |
| by Tepikian, S |
| Capture and Containment of the Positron Beam in the APS Injector Linac (p. 903) |
| by Yoon, M |
| Emittance Growth in a Storage Ring Due to Ground Motion (p. 906) |
| by Chou, W |
| Impedance Calculations for 2-D and 3-D Structures and the Impedance Budget of 7-GeV APS Storage Ring (p. 909) |
| by Chou, W |
| A Five-Picosecond, Electron Pulse from the ANL L-Band Linac (p. 912) |
| by Cox, G L |
| A lattice with no transition and large dynamic aperture (p. 915) |
| by Guignard, Gilbert |
| Suppression of Longitudinal Coupled-Bunch Instability in UVSOR (p. 918) |
| by Kasuga, T |
| Double RF System for Landau Damping and Robinson Instability (p. 921) |
| by Miyahara, Y |
| Beam Quality in Single Bunch Mode of UVSOR Ring (p. 924) |
| by Yonehara, H |
| Observation and simulation of nonlinear behavior of betatron oscillations during the beam-beam collision (p. 926) |
| by Ieiri, T |
| Emittance Growth, Tune Shift, and the Bunched-Beam, Bunched-Beam Interaction (p. 929) |
| by Rhoades-Brown, M J |
| Dynamics in an Adiabatic Free Electron Laser (p. 932) |
| by Bruhwiler, D L |
| The 100 MeV Preinjector for the Trieste Synchrotron (p. 935) |
| by Bourat, C |
| Acceleration performance of a 50-MHz split coaxial RFQ and the design of a 25.5-MHz prototype (p. 938) |
| by Tokuda, N |
| High Current RF Accelerator for FEL Applications (p. 941) |
| by Price, D |
| Development of a New IHQ Linac (Construction and Acceleration of a 2 MeV Prototype Linac) (p. 944) |
| by Hattori, T |
| Development of the 1 GeV Proton Linac for the Japanese Hadron Facility (p. 947) |
| by Yamazaki, Y |
| 400 MeV upgrade for the Fermilab linac (p. 950) |
| by MacLachlan, J A |
| Design of an integrally formed RFQ (p. 953) |
| by Abbott, S |
| Advanced Light Source linac subharmonic buncher cavities (p. 956) |
| by Lo, C C |
| The Berkeley 2MV Heavy Ion Fusion Injector (p. 959) |
| by Rutkowski, H L |
| The Berkeley 2 MV heavy ion fusion injector (p. 959) |
| by Rutkowski, H L |
| Engineering study of a 10 MeV heavy ion linear accelerator (p. 962) |
| by Fong, C G |
| Acceleration units for the induction linac systems experiment (ILSE) (p. 965) |
| by Faltens, A |
| Concepts, features, and design of a sixteen-to-four beam combiner for ILSE (p. 968) |
| by Judd, D L |
| Conceptual design of bend, compression, and final focus components of ILSE (p. 971) |
| by Lee, E P |
| Superconducting Low-Velocity Linac for the Argonne Positive-Ion Injector (p. 974) |
| by Shepard, K W |
| Beam-based alignment technique for the SLC linac (p. 977) |
| by Adolphsen, C E |
| Exploring the Beam Parameter Space of a CW RFQ Proton Accelerator (p. 980) |
| by McMichael, G E |
| The SLAC linac as used in the SLC collider (p. 983) |
| by Seeman, J T |
| Compact Linacs for Positron Emission Tomography (p. 987) |
| by Raparia, D |
| Study of the Four-Rod RFQ Structure at 470 MHz (p. 990) |
| by Kazimi, R |
| The Injection System for the LNLS Synchrotron Light Source: The Linear Accelerator (p. 993) |
| by Liu, L |
| Status of the ETA-II Linear Induction Accelerator: High Brightness Results (p. 996) |
| by Turner, W C |
| Performance of the New AGS RFQ Preinjector (p. 999) |
| by Alessi, J G |
| Low Emittance Immersed and Non-Immersed Foilless Diodes for High Current Electron Linacs (p. 1002) |
| by Mazarakis, M G |
| RADLAC-II Upgrade Experiments (p. 1005) |
| by Shope, S L |
| Optimization of Pulse Quality for a Linear Induction Accelerator (p. 1008) |
| by Eckhouse, S |
| Phase Space Acceptance of LMF Transport Schemes (p. 1011) |
| by Olson, C L |
| PIC Simulations of an Aschromatic Solenoidal Focusing System for LMF (p. 1014) |
| by Mehlhorn, T A |
| A Conceptual Design for an LMF Accelerator Module (p. 1017) |
| by Johnson, D L |
| Electron Beam Injection, Deflection, and Transport in the UNM Betatron (p. 1020) |
| by Schamiloglu, E |
| Beam-Breakup and Image-Displacement Instability Coupling Impedances in High-Current Electron-Beam Induction Accelerators (p. 1023) |
| by Godfrey, B B |
| Recent Laser Guided Transport Calculations (p. 1026) |
| by Boyd, J K |
| Theory of the Wakefield Effects of Relativistic Electron Beams (p. 1029) |
| by Uhm, H S |
| Pondeormotive Effects on Charged Particle Beam Limiting Current (p. 1032) |
| by Grebogi, C |
| Intense Electron Beam Propagation across a Magnetic Field (p. 1035) |
| by Zhang, X |
| Stability of Compact Recirculating Accelerators (p. 1038) |
| by Hughes, T P |
| Analytic models for the broad band impedance (p. 1041) |
| by Hofmann, A |
| Transport and Stability of Long-Pulse, High-Current Electron Beams in Ion Focused Regime Plasma Channels for Advanced Accelerators (p. 1044) |
| by Miller, J D |
| Octopole Correction of Geometric Aberrations for High-Current Heavy-Ion Beams (p. 1047) |
| by Ho, D D M |
| The University of Maryland Electron Pulse Compression Experiment (p. 1049) |
| by Shea, T |
| Current Measurements in a Gas Filled Drift Tube (p. 1052) |
| by Fine, T A |
| Beam Dynamics in the Spiral-Line Induction Accelerator (p. 1055) |
| by Petillo, J J |
| A Simple Estimate of Bunch Rotation (p. 1058) |
| by Kamiya, Yu |
| The Beam Tracking during the First Few Milliseconds of a Low Energy Booster (p. 1061) |
| by Machida, S |
| High Average Beam Power Linac Waveguides (p. 1064) |
| by Gallagher, W J |
| Beam Mismatch and Emittance Oscillations in Magnetic Transport Lines (p. 1067) |
| by Noble, R J |
| Neutralization of Long and Short Pulse Ion Beams (p. 1070) |
| by Agafonov, A V |
| Drift Tubes for a Focusing Channel of Ion Linear Accelerator (p. 1073) |
| by Kapchinskii, I M |
| A POS Hall Model (p. 1076) |
| by Ivanenkov, G V |
| Experimental Investigation of POS (p. 1079) |
| by Krastelev, E G |
| Commissioning of the 200 MeV Injector Linac for the Oxford Instr.-IBM Synchrotron Light Source (p. 1082) |
| by Letellier, P |
| Application of Linear Electron Accelerators to Industry and Medicine (p. 1085) |
| by Vakhrushin, Yu P |
| ECR Source Scaling Concepts (p. 1088) |
| by Geller, R |
| 4 Rod RFQ Injector for GSI Linac (p. 1093) |
| by Schempp, A |
| High-Brightness Electron Injectors: A Review (p. 1098) |
| by Sheffield, R L |
| Brief Review of the Development of Electrostatic Accelerators and Continuing Work at Strasburg (p. 1103) |
| by Letournel, M |
| High-yield positron systems for linear colliders (p. 1107) |
| by Clendenin, J E |
| Recent Advancements in Sputter-Type Heavy Negative Ion Sources (p. 1112) |
| by Alton, G D |
| The CCVV High-Current Megavolt-Range DC Accelerator (p. 1117) |
| by Anderson, O A |
| First Operational Tests of the Positive-Ion Injector for ATLAS (p. 1120) |
| by Bollinger, L M |
| Relativistic klystrons (p. 1123) |
| by Allen, M A |
| Status of the LEP accelerating structure (p. 1128) |
| by Brown, P |
| The LEP Main Ring High Power RF System (p. 1131) |
| by Frischholz, Hans |
| The LEP main ring high power rf system (p. 1131) |
| by Frischholz, Hans |
| Development of the Resonant-Cavity Virtual-Cathode and Large-Orbit Gyrotron High-Power Microwave Sources (p. 1134) |
| by Fazio, M V |
| rf breakdown studies in copper electron linac structures (p. 1137) |
| by Wang, J W |
| Klystrode (p. 1140) |
| by Shrader, M |
| High-Speed, High-Accuracy Magnet Power Supply Using FET Chopper for Synchrotron Facility (p. 1145) |
| by Kitayama, T |
| Magnetic performance of the LEP bending magnets (p. 1148) |
| by Billan, J |
| Switch mode power converters : present and future(p. 1151) |
| by Isch, Hans W |
| A Faster Chopper for Programmed Population of the Longitudinal Phase Space of the AGS (p. 1154) |
| by Brennan, J M |
| High Frequency Dependence of the Coupling Impedance for a Large Number of Obstacles (p. 1157) |
| by Gluckstern, R L |
| Robinson Instability and Longitudinal Mode Coupling (p. 1160) |
| by Wang, T S F |
| Interaction of CESR vacuum pumps with stored beam (p. 1163) |
| by Billing, M G |
| Effect of Energy Spread on the Dipole Beam Break-Up Instability (p. 1166) |
| by Chernin, D |
| Effect of the Induced Voltage on the Bunch Motion at the Transition Energy (p. 1169) |
| by Lee, S Y |
| Coherent Beatron Instability Driven by Electrostatic Separators - Stability Analysis of the Tevatron (p. 1172) |
| by Harfoush, F A |
| Coherent betatron instability driven by electrostatic separators : stability analysis of the Tevatron(p. 1172) |
| by Harfoush, F A |
| Simulation of coupled bunch mode growth driven by a high-Q resonator : a transient response approach(p. 1175) |
| by Stahl, S |
| Relativistic Klystron Wakefields (p. 1178) |
| by Yu, D U L |
| The AMOS (Azimuthal Mode Simulator) Code (p. 1181) |
| by De Ford, J F |
| Modeling Ferrite Electromagnetic Response in the Time-Domain (p. 1184) |
| by Johnson, J |
| BBU in Microtrons with Subharmonic Injection (p. 1187) |
| by Penner, S |
| Beam break-up in the two beam accelerator (p. 1190) |
| by Whittum, D H |
| Effects of Frequency Spreads on Beam Breakup Instabilities in Linear Accelerators (p. 1193) |
| by Colombant, D G |
| Stability of beams hollow in longitudinal phase space (p. 1196) |
| by Baartman, R A |
| Observation of the Tune Dependence of the Stability Threshold Current in the PSR (p. 1199) |
| by Wang, T F |
| Transverse Collective Instability in the PSR (p. 1202) |
| by Colton, E P |
| Beam dynamics effects in the CERN SPS used as a lepton injector (p. 1205) |
| by Brandt, D |
| Study of Collective Effects in a Low-Emittance PEP Lattice (p. 1208) |
| by Kramer, S L |
| The Backward Mode in an Electromagnetically Pumped Free Electron Laser (p. 1211) |
| by Kong, G Y |
| The 2 GeV Pohang Light Source (p. 1214) |
| by Oh, S |
| A 5 GeV Injector for PEP (p. 1217) |
| by Nuhn, H D |
| Z-Pinch Wiggler (p. 1220) |
| by Lampel, M C |
| Insertion devices for the advanced light source at LBL (p. 1222) |
| by Hassenzahl, W V |
| An Ultra-Low Emittance Damping Ring Lattice and Its Dynamic Aperture (p. 1225) |
| by Emery, L |
| Calculating Emittance from Images of Undulator Radiation (p. 1228) |
| by Borland, M |
| Experimental Characterization of PEP Low-Emittance Lattice (p. 1231) |
| by Borland, M |
| Effect of Tapering on Optical Guiding and Sideband Growth in a Finite-Pulse Free-Electron Laser (p. 1234) |
| by Hafizi, B |
| FEL Projects at DELTA (p. 1237) |
| by Nölle, D |
| Computer simulation of FEL sidebands in a strongly dispersive waveguide (p. 1239) |
| by Sternbach, E J |
| A Compact X-Ray Lithography Lattice Using Superferric Magnets (p. 1242) |
| by Chen, L K |
| Injection System for the 8 GeV Synchrotron Radiation Facility in Japan (p. 1245) |
| by Yokomizo, H |
| LNLS : The Brazilian Synchrotron Light Laboratory(p. 1248) |
| by Gonçalves da Silva, C E T |
| A Second Superconducting Wiggler Magnet for the Daresbury SRS (p. 1250) |
| by Poole, M W |
| Measurement of a FEL Undulator and Particle Tracking (p. 1253) |
| by Tsukishima, C |
| On using a superconducting linac to drive a short wavelength FEL (p. 1256) |
| by Krafft, G A |
| The Effect of Magnetic Field Errors on the Radiation Spectrum of Elettra Undulators (p. 1259) |
| by Diviacco, B |
| Status of LBL/LLNL FEL research for two beam accelerator applications (p. 1262) |
| by Hopkins, D B |
| Lattice Comparison for the Synchrotron Light Source Bessy II (p. 1265) |
| by Wüstefeld, G |
| Recent Experiments with the Free-Electron Laser at Los Alamos (p. 1268) |
| by Feldman, D W |
| Longitudinal Coupling Impedance of a Small Obstacle (p. 1271) |
| by Gluckstern, R L |
| Exploratory orbit analysis (p. 1274) |
| by Michelotti, Leo |
| Modeling Nonlinear Behavior in the Fermilab Main Ring (p. 1277) |
| by Gerig, R E |
| Generalized Emittance Invariants (p. 1280) |
| by Rangarajan, G |
| Release of Marylie 3.0 (p. 1283) |
| by Dragt, A |
| Analytical expressions for the smear due to nonlinear multipoles (p. 1286) |
| by Merminga, N |
| Third Order Combined Function Bending Magnets (p. 1289) |
| by Carey, D C |
| The MAD program (p. 1292) |
| by Grote, H |
| One dimensional motion in a thick sextupole : a comparison of tracking methods with the exact solution(p. 1295) |
| by Hagel, J |
| Consequences of the discontinuous replacement of radiated energy on the performance of LEP 200 (p. 1298) |
| by Ruggiero, F |
| Precise determination of the amplitude functions in collider insertions with an application to LEP (p. 1301) |
| by Bovet, Claude |
| Vertically integrated simulation tools for self-consistent tracking and analysis (p. 1304) |
| by Forest, E |
| Beam Dynamics in Wigglers: Tracking in PEP with Damping Wigglers and Measurements at Spear (p. 1307) |
| by Safranek, J |
| Beam dynamics with the Hamilton-Jacobi equation (p. 1310) |
| by Gabella, W E |
| A Formalism and Computer Program for Couple Lattices (p. 1313) |
| by Raubenheimer, T O |
| A damping ring design for future linear colliders (p. 1316) |
| by Raubenheimer, T O |
| Design of optics for the final focus test beam at SLAC (p. 1319) |
| by Oide, K |
| Construction of symplectic full-turn maps by application of an arbitrary tracking code (p. 1322) |
| by Warnock, R L |
| Construction and Fourier analysis of invariant surfaces from tracking data (p. 1325) |
| by Warnock, R L |
| Dynamic aperture of the ALS booster synchrotron (p. 1328) |
| by Kim, C H |
| A New Design of the SSC Boosters (p. 1331) |
| by Furman, M A |
| Controlling the crossing angle in the SSC (p. 1334) |
| by Garren, A A |
| XMAP: A Differential Algebra Tool Generating Accelerator Maps (p. 1337) |
| by Peggs, S |
| Prediction of Long-Term Beam Stability Using High Order Torroidal Invariants (p. 1340) |
| by Irwin, J |
| The Driven Pendulum, and E778 Tune Modulation (p. 1343) |
| by Chen, T |
| Correction of Horizontal-Vertical Coupling in the SSC (p. 1346) |
| by Peterson, J |
| Symmetry Corrected Second Order Achromat (p. 1349) |
| by Flanz, J B |
| PHASEFIX - correcting the tunes of the SLC arcs (p. 1352) |
| by Haïssinski, J |
| Racetrack lattices for the TRIUMF KAON factory (p. 1355) |
| by Servranckx, R V |
| Lattice Comparison for the 8 GeV Synchrotron Radiation Source (p. 1358) |
| by Tsumaki, K |
| Effect of Insertion Devices on Beam Dynamics of the 8 GeV Light Source Storage Ring (p. 1361) |
| by Nagaoka, R |
| 1.8 TeV Tevatron Upgrade Lattices (p. 1364) |
| by Garren, A A |
| AGS-Booster Orbit and Resonance Correction (p. 1367) |
| by Milutinovic, J |
| Closed Orbit Analysis for the RHIC (p. 1370) |
| by Milutinovic, J |
| Comparison of Accelerator Codes for a RHIC Lattice (p. 1373) |
| by Milutinovic, J |
| Dynamic aperture and long-term particle stability in the presence of strong sextupoles in the CERN SPS (p. 1376) |
| by Gareyte, Jacques |
| Optical Flexibility of the (p. 1379) |
| by Bongardt, K |
| Application of Collins' Distortion Functions (p. 1382) |
| by Meads, P F |
| Dipole Fringe Field Optics in TRANSPORT (p. 1385) |
| by Sagalovsky, L |
| Studies on Magnet Shuffling for RHIC (p. 1388) |
| by Dell, G F |
| Orbital dynamics in the Tevatron double helix (p. 1391) |
| by Michelotti, Leo |
| Amplitude growth due to random, correlated kicks (p. 1394) |
| by Michelotti, Leo |
| Multiple Equilibrium States of Electron Flow in a Magetron Gun (p. 1397) |
| by Agafonov, A V |
| Longitudinal Instability of Azimuthally-Nonsymmetric Beam in a Synchrotron (p. 1400) |
| by Balbekov, V I |
| Beam-beam effects in the strong-strong régime at the CERN SPS (p. 1403) |
| by Evans, Lyndon R |
| High Current Beam Dynamics Simulation in the Proton Storage Ring (p. 1406) |
| by Moiseev, V A |
| Precise Energy Measurement of the Continuous Proton Beam (p. 1409) |
| by Feschenko, A V |
| Initial Operation of the First 20 MeV Tank of the INR Linac (p. 1411) |
| by Bylinsky, Yu V |
| Review of Beam Dynamics Experiments and Issues in Large Colliders (p. 1414) |
| by Edwards, D A |
| Differential Algebra, A New Tool (p. 1419) |
| by Berz, M |
| Modeling the SSC (p. 1424) |
| by Schachinger, L C |
| Measurements of beta in the TEVATRON and Comparisons with Calculations (p. 1427) |
| by Gelfand, N M |
| Nonlinear dynamics experiment in the Tevatron (p. 1429) |
| by Merminga, N |
| Multipole Correction in Synchrotrons (p. 1432) |
| by Neuffer, David V |
| Analytic estimates of coupling in damping rings (p. 1435) |
| by Raubenheimer, T O |
| Electron energy spectrum and maximum disruption angle under multi-photon beamstrahlung (p. 1438) |
| by Yokoya, K |
| High Average-Power Induction Linacs (p. 1441) |
| by Prono, D |
| Very High Pulse-Energy Accelerators (p. 1446) |
| by Ramirez, J J |
| Heavy-Ion Superconducting Linacs (p. 1451) |
| by Delayen, J R |
| High Brightness Immersed Source Injector Characterization (p. 1456) |
| by Frost, C A |
| Injector Linac for Super-ALIS (p. 1459) |
| by Hosokawa, T |
| The Bear Accelerator (p. 1462) |
| by O'Shea, P G |
| High Precision Real Time Beam Position Measurement System (p. 1465) |
| by Kleman, K J |
| Beam Position Monitors for the CESR Linac (p. 1468) |
| by Meller, R E |
| Results of Measurements on the HERA Proton Beam Position Monitors (p. 1471) |
| by Schütte, W |
| A Beam Scraper Using a Linear Motor (p. 1474) |
| by Beadle, E R |
| The Upgraded Ring Loss Radiation Monitoring System at the AGS (p. 1477) |
| by Bennett, G W |
| Electrostatic beam separation system of TRISTAN main ring (p. 1480) |
| by Shintake, T |
| A Schottky receiver for non-perturbative tune monitoring in the Tevatron (p. 1483) |
| by Martin, D |
| A resonant beam detector for Tevatron tune monitoring (p. 1486) |
| by Martin, D |
| Time-dependent Degradation of an Ion-Focused ATA Beam (p. 1489) |
| by Fawley, W M |
| The LEP injection monitors : design and first results with beam(p. 1492) |
| by Burtin, G |
| Optical Cerenkov Measurements of Emittance Growth in the Advanced Test Accelerator Beam under Laser Ion-Guiding (p. 1495) |
| by Chong, Y P |
| Phase Space Profile Measurement Using an X-Ray Pinhole Camera (p. 1498) |
| by Ogata, A |
| Impedance measurements on button electrodes (p. 1501) |
| by Jacob, A |
| A Beam Characterization of H (p. 1504) |
| by Hassan, A A |
| Advanced Light Source (ALS) beam position monitor (p. 1507) |
| by Hinkson, J |
| A Beam-Profile Monitor for the BNL Accelerator Test Facility (ATF) (p. 1510) |
| by McDonald, K T |
| Single Bunch Intensity Monitoring System Using an Improved Wall Current Monitor (p. 1513) |
| by Moore, C D |
| Switched Detector for Beam Position Monitor (p. 1516) |
| by Biscardi, R |
| A Noniterative Method for Calculating Beam Position From Induced Electric Signals (p. 1519) |
| by Bozoki, E S |
| The Beam Profile Measuring System at the Bates Linac (p. 1523) |
| by Jacobs, K D |
| Emittance Measurements at the Bates Linac (p. 1526) |
| by Jacobs, K D |
| Energy measurements from betatron oscillations (p. 1529) |
| by Himel, Thomas M |
| Long ion chamber systems for the SLC (p. 1531) |
| by Rolfe, J |
| Observations of the Transverse and Longitudinal Nature of the Fermilab Linac Beam (p. 1534) |
| by McCrory, E |
| Design of the AGS booster beam position monitor system (p. 1536) |
| by Beadle, E R |
| Beam-loss monitors in the SLC final focus (p. 1539) |
| by Jacobsen, R G |
| Beamstrahlung as an optics tuning tool at the SLC IP (p. 1542) |
| by Gero, E |
| Precision synchrotron radiation detectors (p. 1544) |
| by Levi, M |
| Precision measurements of the SLC reference magnets (p. 1547) |
| by Watson, S |
| Precision measurements of the SLC beam energy (p. 1550) |
| by Kent, J |
| Compact Emittance Scanners for MeV Particle Beams (p. 1553) |
| by O'Shea, P G |
| Fail-Safe Ion Chamber Errant Beam Detector Tailored for Personnel Protection (p. 1556) |
| by Plum, M A |
| Pulse-Power-Induced Oscillations on the REX Electron Beam (p. 1559) |
| by Builta, L A |
| Beam Position Monitor Upgrade for the Los Alamos Proton Storage Ring (p. 1562) |
| by Thiessen, H A |
| General Analysis of Beam Position Monitors (p. 1565) |
| by Di Massa, G |
| Beam Characterization with Video Imaging Systems at the ANL 50-MeV H (p. 1571) |
| by Yule, T J |
| Beam Diagnostic for COSY-Jülich (p. 1574) |
| by Maier, R |
| Timing and rf synchronization for filling PEP/SPEAR with the SLC damping rings (p. 1577) |
| by Ronan, Michael T |
| Wire Scanner News in the CERN-SPS (p. 1580) |
| by Camas, J |
| Wire scanner news from the CERN-SPS (p. 1580) |
| by Burns, A |
| A dedicated multi-process controller for a LEP rf unit (p. 1583) |
| by Ciapala, Edmond |
| The Measurement of the Twiss Parameters by Using Segmented Faraday Cups (p. 1586) |
| by Hummer, C |
| HESYRL 200 MeV Linac Single Bunch Energy Spectrum Measurement (p. 1589) |
| by Yin, Y |
| RF Phase Measurement at Phermex Using Time-To-Digital Converters (p. 1591) |
| by Watson, S A |
| Fitting Measured Emittance Data (p. 1593) |
| by Meads, P F |
| A Technique for Improving the Accuracy and Dynamic Range of Beam Position-Detection Equipment (p. 1595) |
| by Wells, F D |
| Monitoring the Conditions of Beam Injection into the IHEP Accelerator from the Booster (p. 1597) |
| by Brook, V L |
| Online monitoring of dispersion functions and transfer matrices at the SLC (p. 1599) |
| by Emma, P |
| A beam position monitor for low current dc beams (p. 1602) |
| by Adderley, P |
| 184-inch synchrocyclotron decommissioning (p. 1605) |
| by Reimers, D |
| Progress in Commissioning the IUCF Cooler (p. 1608) |
| by Ellison, T J |
| Reverse Bending Magnets in Combined-Function Lattice for the CLIC Damping Ring (p. 1611) |
| by Delayahe, J P |
| Reverse bending magnets in a combined-function lattice for the CLIC damping ring (p. 1611) |
| by Delahaye, J P |
| Upgrading the CERN PS Booster to 1 GeV for improved antiproton production (p. 1614) |
| by Cappi, R |
| H0 Injection for the JHP Compressor/Stretcher Ring (p. 1617) |
| by Yamane, I |
| A Two-Cyclotron Concept for the Production of Radioactive Ion Beams (p. 1620) |
| by Jongen, Y |
| A 30 MeV H- cyclotron for isotope production (p. 1623) |
| by Baartman, R A |
| Applications of Modern Filtering to the Accelerators (p. 1626) |
| by Zhang, S Y |
| Data Acquisition, Control and Analysis for the Argonne Advance Accelerator Test Facility (AATF) (p. 1629) |
| by Schoessow, P |
| Data acquisition, control, and analysis for the Argonne advanced accelerator test facility (AATF) (p. 1629) |
| by Schoessow, P |
| Objected-Oriented Communications (p. 1631) |
| by Chapman, L J |
| The Shot Summary System for the Tevatron Collider (p. 1633) |
| by Gelfand, N |
| Digital control of the LEP rf system (p. 1636) |
| by Hansen, S |
| Phase and voltage control in the LEP radio-frequency system (p. 1639) |
| by Juillard, J C |
| Accelerator diagnosis and control by neural nets (p. 1642) |
| by Spencer, J E |
| Progress on a New Control System for the Bevalac (p. 1645) |
| by Lewis, S A |
| Networking Remote Instrumentation for the Advanced Light Source (p. 1648) |
| by Chin, M |
| LNLS Control System Conceptual Design (p. 1651) |
| by Franco, J |
| VME Bus Performance in Multiprocessor Systems (p. 1654) |
| by Mayer, G |
| The Colliding Beams Sequencer (p. 1657) |
| by Johnson, D E |
| Control system for the neutron therapy facility at Fermilab (p. 1660) |
| by Shea, M F |
| Automatic steering corrections to minimize injection oscillations in the Fermilab antiproton source rings (p. 1663) |
| by Harding, D J |
| Relational Databases for SSC Design and Control (p. 1666) |
| by Barr, E |
| A Local Area Computer for Data Acquisition and Control (p. 1669) |
| by Russ, T |
| A Digital Control System for Accelerator Operator-Host Computer Interface (p. 1672) |
| by Tilbrook, I |
| Operational experience with model-based steering in the SLC linac (p. 1675) |
| by Thompson, K A |
| The RTC : a software support system for the control of the CERN SPS(p. 1678) |
| by Herr, Werner |
| A new closed orbit correction procedure for the CERN SPS (CERN-SPS-89-10-AMS) (p. 1681) |
| by Herr, Werner |
| Interactive beam tuning simulator for the SLC final focus (p. 1684) |
| by Ford, W T |
| Architecture and Performance of the New CESR Control System (p. 1687) |
| by Strohman, C R |
| Vax Q-Bus to CAMAC Systems Crate Interface for Long Camac Branches (p. 1690) |
| by Sarkar, S |
| The Ground Test Accelerator Control System Database: Configuration, Run-Time Operation and Access (p. 1693) |
| by Dalesio, L R |
| Design and Implementation of a VMEbus System Services Card (p. 1695) |
| by Beechy, D |
| Optics of the Amsterdam Pulse Stretcher (AmPS) (p. 1698) |
| by Maas, R |
| Design for a Second-Generation Proton Storage Ring at LAMPF (p. 1701) |
| by Colton, E P |
| An Energy Spectrum Compressor System (ESC) for the Amsterdam Pulse Stretcher (AmPS) (p. 1704) |
| by Noomen, J G |
| The Positron Accumulator Ring for the APS (p. 1707) |
| by Crosbie, E A |
| VME-computer network (MAP) for the KEK proton synchrotron (p. 1710) |
| by Katoh, T |
| MOPS : a data structure management system for the LEP/SPS control system(p. 1713) |
| by Herr, Werner |
| Stanford Linear Collider history data facility (p. 1716) |
| by Johnson, R |
| Performance and Modification of the MEA R.F. Drive System (p. 1719) |
| by Kroes, F B |
| High Luminosity Performance of the SPS Protron-Antiproton Collider (p. 1722) |
| by Bailey, R |
| High luminosity performance of the SPS proton-antiproton collider (p. 1722) |
| by Bailey, R |
| Integral Split Ring RFQ Structure for Heavy Ion Acceleration (p. 1725) |
| by Fang, J X |
| ITEP Proton Synchrotron Reconstruction (p. 1728) |
| by Alexeev, N N |
| Beam-beam effects in electron and proton colliders [presented in Chicago] (p. 1731) |
| by Keil, Eberhard |
| Beam dynamics issues in linear colliders (p. 1736) |
| by Seeman, J T |
| Experiments on Intense Electron Beam Transport in Mesh Focusing Arrays (p. 1741) |
| by Humphries, S |
| Comparison of Gabor Lens, Gas Focusing, and Electrostatic Quadrople Focusing for Low-Energy Ion Beams (p. 1744) |
| by Reiser, M |
| Longitudinal Emittance in High-Current Linear Ion Accelerators (p. 1748) |
| by Wangler, T P |
| The effects of insertion devices on beam dynamics in the ALS (p. 1752) |
| by Jackson, A |
| Analysis of RF Modes in the ANL APS Vacuum Chamber Using Computer Simulation, Electron Beam Excitation and Perturbation Techniques (p. 1755) |
| by Kustom, R |
| Polarized Proton Acceleration at the KEK PS (p. 1758) |
| by Sato, H |
| Asymptotic Growth of Cumulative and Regenerative Beam Break-up Instabilities in Linear Accelerators (p. 1761) |
| by Lau, Y Y |
| Status of Superconducting RF Cavity Development (p. 1764) |
| by Shepard, K W |
| Status: Large-Scale Subatmospheric Cryogenic Systems (p. 1769) |
| by Peterson, T |
| Measurement of the Magnetic Field Coefficients of Particle Accelerator Magnets (p. 1774) |
| by Herrera, J |
| Magnet Design Studies for the European Light Ion Medical Accelerator (p. 1777) |
| by Mandrillon, P |
| Training of LBL-SSC Model Dipole Magnets at 1.8K (p. 1780) |
| by Althaus, R F |
| Training of LBL-SSC model dipole magnets at 1.8 K (p. 1780) |
| by Gilbert, W S |
| Long-term test of a LEP prototype superconducting cavity in the CERN SPS (p. 1783) |
| by Boussard, Daniel |
| The CERN antiproton accumulator clearing system with ion current measurements as a residual neutralization diagnostic (p. 1786) |
| by Pedersen, F |
| Upgrading of TRISTAN by Superconducting RF System (p. 1789) |
| by Kojima, Y |
| Real Time Closed Orbit Correction System (p. 1792) |
| by Yu, L H |
| Mini- beta Insertion and Luminosity for the RHIC Lattice (p. 1795) |
| by Lee, S Y |
| Radiative polarization in high-energy storage rings (p. 1798) |
| by Mane, S R |
| Studies and calculations of transverse emittance growth in high-energy proton storage rings (p. 1801) |
| by Mane, S R |
| Space-charge effects in the Fermilab main ring at 8 GeV (p. 1804) |
| by Mane, S R |
| More bunches in LEP (p. 1806) |
| by Jowett, John M |
| Stratonovich expansion and beam-beam interaction (p. 1809) |
| by Hirata, K |
| Plasma compensation effects with relativistic electron beams (p. 1812) |
| by Autin, Bruno |
| Progress report on the LEP pre-injector (p. 1815) |
| by Battisti, S |
| Helical Orbit Studies in the Tevatron (p. 1818) |
| by Goderre, G P |
| A >_ TeV Superconducting Synchrotron Design for the Fermilab Tunnel (p. 1821) |
| by Syphers, M J |
| Luminosity Lifetime in the Tevatron Collider (p. 1824) |
| by Herrup, D A |
| Improvements in bunch coalescing in the Fermilab main ring (p. 1827) |
| by Martin, P S |
| Performance of the Fermilab main ring during the 1988-89 Tevatron collider operation (p. 1827) |
| by Martin, P S |
| Design and Commissioning of the D0 Vertical Nondispersive Overpass in the Fermilab Main Ring (p. 1831) |
| by Trbojevic, D |
| Calculation of Integrated Luminosity for Beams Stored in the Tevatron Collider (p. 1834) |
| by Finley, D A |
| CESR Plus (p. 1837) |
| by Rubin, D L |
| Test Accelerator Facility for Linear Collider (p. 1841) |
| by Takeda, S |
| Recent commissioning experience on the SLC arcs (p. 1844) |
| by Toge, N |
| An asymmetric B-meson factory at PEP (p. 1847) |
| by Garren, A A |
| Operational Experience with Heavy Ions at BNL: An Update (p. 1850) |
| by Gardner, C |
| The performance of the SPS as LEP injector (p. 1853) |
| by Cornelis, Karel |
| Automatic Steering of X-Ray Beams from NSLS Insertion Devices Using Closed Orbit Feedback (p. 1856) |
| by Nawrocky, R J |
| Detuning of the NSLS UV RF Cavity to Compensate for 1 Ampere of Stored Beam (p. 1859) |
| by Thomas, M |
| Microprocessor control for the CEBAF rf control module (p. 1861) |
| by Ashkenazi, J |
| Fast Energy Spectrum and Transverse Beam Profile Monitoring and Feedback Systems for the SLC Linac (p. 1864) |
| by Söderström, E |
| Fast energy spectrum and transverse beam profile monitoring and feedback systems for the SLC linac (p. 1864) |
| by Svderstrvm, E J |
| Operational Results of the BEAR Flight RF System (p. 1867) |
| by Lynch, M T |
| Beam Loading and Cavity Compensation for the Ground Test Accelerator (p. 1870) |
| by Jachim, S P |
| Amplitude and Phase Regulationn of the RF Separator (p. 1874) |
| by Burge, R |
| Amplitude and phase regulation of the rf separator (p. 1874) |
| by Burge, R S |
| Feedback Control of the Upgraded Linac at Fermilab (p. 1876) |
| by Owens, T L |
| An active feedback system to control synchrotron oscillations in the SLC damping rings (p. 1879) |
| by Corredoura, P L |
| Longitudinal damping in the Tevatron collider (p. 1882) |
| by Kerns, Q A |
| RF Control System Development at CEFAB (p. 1885) |
| by Simrock, S |
| Numerically Controlled Oscillator for the Fermilab Booster (p. 1888) |
| by Crisp, J L |
| Operational results for the raster scanning power supply system constructed at the Bevalac biomedical facility (p. 1890) |
| by Stover, G D |
| A Proposal to Pulse the Bevatron/Bevalac Main Guide Field Magnet with SCR Power Supplies (p. 1893) |
| by Frias, B |
| Control of the Bevatron/Bevalac Main Guide Field Power Supply for Fast Ion Switching Operation (p. 1896) |
| by Frias, B |
| Advance Technology on Megawatt Modulator for the Ground Test Accelerator (p. 1899) |
| by Yasotornrat, H |
| Upgrade of Beam Steering System Components and Controls for the NSLS Storage Rings (p. 1902) |
| by Singh, O V |
| Modular magnet current regulator (p. 1905) |
| by Dobeck, N |
| The generation of a reference design for TRIUMF KAON factory booster magnet excitation (p. 1908) |
| by Reiniger, K W |
| Magnet power supplies for the advanced light source (p. 1910) |
| by Jackson, L T |
| Tuning Magnet Power Supply (p. 1913) |
| by Karady, G G |
| Optimization of Resonant Power Supply Circuit (p. 1916) |
| by Karady, G G |
| New Energy Replacement Method for Resonant Power Supplies (p. 1919) |
| by Karady, G G |
| Power Supplies for the LNLS Magnets (p. 1922) |
| by Pomilio, J A |
| Status of Magnet Power Supply Development for the APS Storage Ring (p. 1925) |
| by McGhee, D |
| Distributed supervisory protection interlock system (p. 1928) |
| by Walz, H V |
| The Daresbury Personnel Safety System (p. 1931) |
| by Poole, D |
| Operational Experience and Techniques for Controlled Longitudinal Phase Space Dilution in the AGS Using a High Harmonic Cavity (p. 1934) |
| by Reece, R K |
| Bevalac Versatility: Operations Achievements in the Multitasking Mode (p. 1937) |
| by Lothrop, F |
| Bevalac versatility : operations achievements in the multi-tasking mode(p. 1937) |
| by Lothrop, F |
| Fermilab's Automated Accelerator Start-Up Program (p. 1940) |
| by Emma, P |
| Recent Operational Experience with the Fermilab Tevatron (p. 1943) |
| by Crawford, J L |
| Reliability and lifetime predictions of SLC klystrons (p. 1946) |
| by Allen, M A |
| Indirect Measurement of HERMES III Voltage (p. 1948) |
| by Sanford, T W L |
| Improved High Voltage Coax for Antiproton Source Kicker Pulse Forming Networks and Pulse Transmission (p. 1951) |
| by Petter, J |
| Circuit Description of Pulsed Power Systems (p. 1954) |
| by Rhee, M J |
| The Vertical Alignment of the D0 Overpass in the Fermilab Main Ring (p. 1957) |
| by Moore, C D |
| Phase compensated fibre-optic links for the LEP rf reference distribution (p. 1960) |
| by Peschardt, E |
| From MAD to CAD : automatic production of accelerator layouts(p. 1963) |
| by Mottier, M |
| Magnetic properties of the ALS booster synchrotron engineering model magnets (p. 1966) |
| by Keller, R |
| AC magnetic measurements of the ALS booster dipole engineering model magnet (p. 1969) |
| by Green, M I |
| Design, fabrication, and calibration of curved integral coils for measuring transfer function, uniformity, and effective length of LBL ALS booster dipole magnets (p. 1972) |
| by Green, M I |
| A plasma lens for the CERN antiproton collector scaled from model and experiment (p. 1975) |
| by Autin, Bruno |
| An Improved Phase-Control System for Superconducting Low-Velocity Accelerating Structures (p. 1978) |
| by Bogaty, J M |
| Computerized precision control of a synchronous high voltage discharge switch for the beam separation system of the LEP e$^{+}$/e$^{-}$ collider (p. 1981) |
| by Dieperink, J H |
| Phasing Tools for the Klystrons at the SLC (p. 1984) |
| by Jobe, R Keith |
| rf phase distribution systems at the SLC (p. 1987) |
| by Jobe, R Keith |
| Microprocessor Based Power Supply Control System (p. 1990) |
| by Rumrill, R S |
| Effects of Irradiation on Hall Probe Sensitivity (p. 1993) |
| by Kulke, B |
| Air Pollution Monitor for TRISTAN (p. 1996) |
| by Hanaoka, K |
| Operational Experience with the Fermilab Antiproton Source (p. 1999) |
| by Harms, E |
| Design and Construction of Long-Pulse Modulator (p. 2002) |
| by Anami, S |
| A new system to trigger fast rise thyristors (p. 2005) |
| by Sakai, I |
| Relativistic Multipactoring (p. 2008) |
| by Gallagher, W J |
| A Method of Frequency Following of the LINAC with Power Feedback (p. 2010) |
| by Xi, D X |
| RF By-Pass on the Proton Synchrotron Vacuum Chamber Flanges (p. 2012) |
| by Cappi, R |
| RF bypass on the proton synchrotron vacuum chamber flanges (p. 2012) |
| by Cappi, R |
| Synchrotron Radiation Damage on Insulating Materials of TRISTAN Magnet (p. 2015) |
| by Endo, K |
| Long Term Ground Movement of TRISTAN Synchrotron (p. 2018) |
| by Endo, K |
| New Accelerating Sections for the 2 GeV Linac (p. 2021) |
| by Biller, E Z |
| Electron Beam Monochromatization in the Linac Used as an Injector to the Stretcher (p. 2025) |
| by Gladkikh, P I |
