| A Tribute to Nicholas C. Christofilos (p. 35) |
| by Fowler, T K |
| Impact of Accelerators on Technology (p. 36) |
| by Morgan, I L |
| Support of Research on and with Accelerators (p. 40) |
| by Wallenmeyer, W A |
| Progress on RF Electron Superconducting Accelerators (p. 44) |
| by Suelzle, L R |
| Progress Report on Superconducting Proton Linacs (p. 49) |
| by Kuntze, M |
| Electron Multiplication in Cavities (p. 54) |
| by Ben-Zvi, I |
| RF-tests on deflecting cavities for a superconducting particle separator (p. 59) |
| by Bauer, W |
| Investigations of a Superconducting Beam Tube Niobium Cavity at S-Band (p. 63) |
| by Kneisel, P |
| Superconducting Niobium Cavities Prepared by Electropolishing and Anodizing (p. 68) |
| by Diepers, H |
| Vibration-RF Control of Superconducting Helix Resonators for Heavy-Ion Acceleration (p. 71) |
| by Despe, O D |
| Development and Operation of a Prototype Superconducting Linac for Heavy-Ion Acceleration (p. 76) |
| by Aron, J |
| Experience in Recirculating Electrons through a Superconducting Linac (p. 81) |
| by Young, L M |
| Beam Breakup in a 55-Cell Superconducting Accelerator Structure (p. 86) |
| by Mittag, K |
| The Bevatron Cryopump (p. 91) |
| by Byrns, R A |
| Superconducting Niobium Deflectors (p. 95) |
| by Aggus, J R |
| 3 GHz Superconducting Accelerator Cavity for Use in an Electron Synchrotron (p. 98) |
| by Sundelin, R |
| Electron Loading in L- and S- Band Superconducting Niobium Cavities (p. 101) |
| by Lyneis, C |
| Recent Measurements at SLAC on Superconducting Niobium X-Band Cavities (p. 104) |
| by Wilson, P B |
| Investigations of Additional Losses in Superconducting Niobium Cavities due to Frozen-in Flux (p. 108) |
| by Piosczyk, B |
| Resonant Frequency Control of Superconducter RF Cavities (p. 113) |
| by Peebles, Peyton Z |
| Superconducting Accelerator Magnet Cooling Systems (p. 119) |
| by Van der Arend, P |
| Quick Approximations for the HE 3 Points of State (p. 122) |
| by Hall, F F |
| Large Rectangular Vacuum Windows (p. 125) |
| by Walter, J E |
| Rapid Cycling Valve for 30-HZ Pulsed H - Ion Source (p. 127) |
| by Gorka, A J |
| Pressure Differential Gate Valve (p. 130) |
| by Moenich, J S |
| Titanium Vacuum Chamber Liners in the Cornell Electron Synchrotron (p. 131) |
| by Kirchgessner, J L |
| Dielectric-Lined Circular Deflectors for Ultrahigh-Energy Beam Separators (p. 133) |
| by Chang, C T M |
| Some Advances in Negative Ion Technology (p. 136) |
| by Purser, K H |
| Design and Operating Characteristics of the Developmental H- Ion Source for 30-HZ Injection into the Argonne National Laboratory (ANL) Booster (p. 142) |
| by Fasolo, J A |
| Cyclotron Internal Ion Source with DC Extraction (p. 147) |
| by Mallory, M L |
| Progress with the SuperHILAC (p. 151) |
| by Ghiorso, A |
| The Bevalac--An Economical Facility for Very Energetic Heavy Particle Research (p. 155) |
| by Ghiorso, A |
| Proposed Accelerator for Heavy Ions (p. 159) |
| by Stokes, R H |
| A National Nuclear Structure Facility for Britain (p. 163) |
| by Tait, N R S |
| A Multi-Accelerator System for Heavy Ions (p. 168) |
| by Hudson, E D |
| Energy Multiplication by Beam Recycling in an Isochronous Cyclotron (p. 173) |
| by Hudson, E D |
| First Phase of Heavy Ion Acceleration at the Bevatron (p. 178) |
| by Crebbin, K C |
| Production of Intense Proton Beams (p. 182) |
| by Hanley, P R |
| Design and Measured Characteristics of Minimum Loss Low-Velocity Helix Resonators (p. 185) |
| by Bendt, P J |
| RF Losses in Helical Resonators (p. 188) |
| by Laslett, L J |
| Operating Results from NAL (p. 191) |
| by Young, D E |
| Operating Results from the ANL Booster (p. 198) |
| by Simpson, J D |
| Present Status of the 590 MeV Ring Cyclotron of SIN (p. 202) |
| by Willax, H A |
| Problems and Possible Solutions for the TRIUMF Project (p. 207) |
| by Richardson, J R |
| Pulsed Beam Capabilities of the Livermore Cyclograaff (p. 213) |
| by Davis, J C |
| Acceleration of Polarized Protons in the Zero Gradient Synchrotron (ZGS) (p. 217) |
| by Ratner, L G |
| Present performance of the CERN 800 MeV PS booster (PSB) (p. 221) |
| by Bovet, Claude |
| Performance Report on the Post Conversion AGS (p. 226) |
| by Barton, M |
| Recent Progress in the Performance of the Desy-Electron Synchrotron (p. 231) |
| by Kumpfert, H |
| 224 CM Variable Energy Cyclotron at Calcutta (p. 236) |
| by Ambasankaran, C |
| Main Accelerator Abort System (p. 240) |
| by Carrigan, R |
| Construction Details of the TRIUMF H - Cyclotron (p. 243) |
| by Burgerjon, J J |
| Experimental Results from the TRIUMF Central Region Cyclotron (p. 248) |
| by Blackmore, E W |
| LBL 184-Inch Synchrocyclotron Operational Improvements (p. 250) |
| by Glasgow, L R |
| The Program Used to Retune the Zero Gradient Synchrotron (ZGS) after the Installation of a New Vacuum Chamber and Pole Face Windings (p. 253) |
| by Kustom, R L |
| The S.I.N. Injector Cyclotron (p. 257) |
| by Baan, A |
| A Variable Energy Racetrack Microtron (p. 260) |
| by Froelich, H R |
| The Status Report of the LNPI 1 GeV Synchrocyclotron (p. 263) |
| by Chernov, N N |
| Some Effects at High Intensities at the 76-GeV Proton Synchrotron (p. 266) |
| by Ado, Yu M |
| Use of USSR Proton Accelerators for Medical Purposes (p. 268) |
| by Dzhelepov, V P |
| Current Understanding of ERA (p. 271) |
| by Laslett, L J |
| The New Garching Fast ERA Experiment (p. 276) |
| by Andelfinger, C |
| ERA Research in Japan (p. 280) |
| by Kawasaki, S |
| Recent Experiments on ERA in Karlsruhe (p. 283) |
| by Dustmann, C H |
| Production and Dynamics of High Intensity Electron Beams (p. 286) |
| by Brautti, G |
| The Hydra Electron Beam Generator (p. 289) |
| by Martin, T H |
| Aurora, an Electron Accelerator (p. 294) |
| by Bernstein, B |
| Further Studies of Collective Acceleration of Positive Particles Using Intense Electron Beams (p. 301) |
| by Ecker, B |
| Ion Acceleration in Electron Beams (p. 305) |
| by Kuswa, G W |
| Status Report on the University of Maryland Electron Ring Accelerator Project (p. 310) |
| by Reiser, M |
| The Problem of Coupling a 120-MHz RF Cavity to a 700-A, 6-MeV Pulsed Electron Beam (p. 315) |
| by Cooper, R K |
| Self Fields and Particle Oscillation Frequencies in a Rotating Electron Sheet Beam Loaded with Positive Ions (p. 318) |
| by Reiser, M |
| Injector for Maryland E R A Project: Design Features and Initial Performance (p. 321) |
| by Burton, J K |
| Stopping of an Electron Ring by Induced Image Currents in Resistive Wire Loops (p. 324) |
| by Kalnins, J G |
| Envelope Instabilities in Relativistic Electron Rings (p. 327) |
| by Le Vine, D M |
| Negative Mass Instability in Hollow Cylinders (p. 330) |
| by Le Vine, D M |
| Generation and Diagnosis of TW/cm 2 Electron Beams (p. 333) |
| by Pellinen, D G |
| Collective Acceleration of Intense Ion Beams in Vacuum (p. 336) |
| by Luce, J S |
| Multiturn Injection into the Converted AGS (p. 342) |
| by Claus, J |
| A Device for Bunching Relativistic Electrons (p. 347) |
| by Beal, J W |
| Synchronous Transfer of Beam from the NAL Fast Cycling Booster Synchrotron to the NAL Main Ring System (p. 351) |
| by Dinkel, J A |
| Power Supply for NAL Main Ring System (p. 355) |
| by Cassel, R |
| Design Fundamentals of Current Transductors for Large DC Currents (p. 360) |
| by Jackson, L T |
| An All Solid-State Line-Type Modulator for 10% Duty Factor (p. 365) |
| by Bruinsma, P J T |
| Klystrons for Accelerator Improvements (p. 369) |
| by Stringall, R L |
| Operation of the Spear RF System (p. 373) |
| by Allen, M A |
| Twin-Tank Accelerator for High-Voltage Electron Microscopy (HVEM) (p. 378) |
| by Reinhold, G |
| University of Rochester Tandem Upgrading (p. 383) |
| by Purser, K H |
| A Fast-Spinning Stripper Mod II for the Zero Gradient Synchrotron (ZGS) Booster (p. 387) |
| by Gorka, A J |
| Resonance Injection in the Superconducting Stretcher Ring (p. 392) |
| by Khoe, T K |
| Zero Gradient Synchrotron (ZGS) High Energy Polarized Proton Beam Program-Injector System (p. 395) |
| by Parker, E F |
| Pole Face Winding (PFW) Equipment for Eddy Current Correction at the Zero Gradient Synchrotron (ZGS) (p. 397) |
| by Suddeth, D E |
| An R.F. Modulated Electron Gun for NINA Injection Equipment (p. 399) |
| by Poole, D E |
| New Methods for Multiturn Injection into Synchrotrons (p. 401) |
| by Meads, P F |
| Beam Terminology (p. 403) |
| by Fink, J H |
| A Pulsed Ferrite Inflector for the Emittance Measuring Device of the Chalk River High Current Test Facility (p. 405) |
| by Pachner, J |
| Electrical Design of a Small Solid State Energy Discharge Power Supply (p. 407) |
| by Visser, A T |
| The NAL Booster Synchrotron Magnet Power Supply Servo (p. 409) |
| by Donaldson, A R |
| Performance of Transductors for Precision High-Current Measurement and Control (p. 411) |
| by Fuja, R E |
| NAL Quadrupole Power Supply Active Filter (p. 414) |
| by Yarema, R J |
| A New RF System for the ORIC (p. 416) |
| by Mosko, S W |
| A 2nd RF System for Nimrod (p. 418) |
| by Sandels, E G |
| Two Megawatts RF Power Tetrode (p. 422) |
| by McNees, S G |
| Half-Integer Resonance Extraction for the NAL Accelerator (p. 424) |
| by Edwards, H T |
| The NAL Beam Splitting System (p. 428) |
| by Oleksiuk, L W |
| Simultaneous Resonance Extraction (p. 434) |
| by Crosbie, E A |
| The fast shaving ejection for beam transfer from the CPS to the CERN 300 GeV machine (p. 438) |
| by Bovet, Claude |
| A New Approach to the Transport of Heavy Charged Particles (p. 442) |
| by Youssef, E A |
| Production of a High Energy, High Power Polarized Photon Beam at SLAC (p. 447) |
| by Eisele, R L |
| SLAC Storage Ring Beam Transport Instrumentation and Operation (p. 451) |
| by Huang, T V |
| High Intensity Stopped K-Meson Beam at the Bevatron (p. 455) |
| by Sah, R C |
| New Approach to Shielding Calculations for Very High Energy Accelerators (p. 459) |
| by Van Ginneken, A |
| Preliminary Observations on the Response of Accelerator Shielding Blocks to Earthquake Motions (p. 462) |
| by Godden, W G |
| Tests and Description of Beam Containment Devices and Instrumentation-A New Dimension in Safety Problems (p. 465) |
| by Walz, D |
| Rotating Target for Intense 14-MeV Neutron Source (p. 472) |
| by Booth, R |
| Density Profiles of a Supersonic Jet Target (p. 475) |
| by Brolley, J E |
| Space Charge Effects in High Current Linear Accelerator Transport Systems (p. 478) |
| by Mavrogenes, G |
| Beam Handling System of the University of Maryland Cyclotron (p. 481) |
| by Berg, R E |
| A.300 GeV High Quality Electron and Pion Beam at the New Generation Proton Accelerators (p. 483) |
| by Guiragossian, Z G T |
| Problems in Design and Operation of SuperHILAC Beam Transport Systems (p. 488) |
| by Selph, F B |
| Mechanical Design of a Delay Line for the Astron Linear Accelerator Beam Transport (p. 491) |
| by Hurley, C A |
| Minimization of Aberrations in Beam Line Design (p. 493) |
| by Carey, D C |
| Tuning and Operation of the External Proton Beam Lines of the Zero Gradient Synchrotron (ZGS) (p. 496) |
| by Wehrle, R B |
| Radiation Survey Vehicle for the NAL Main Ring (p. 499) |
| by Shafer, R E |
| Operation of the NAL Main Ring Extraction System (p. 502) |
| by Bleser, E J |
| The NAL Computer Control System (p. 505) |
| by Daniels, R E |
| Operational Aspects of the SLAC Main Control Center (p. 510) |
| by Crook, K |
| CAMAC Experimental Beam Line Control System (p. 514) |
| by Hepinstall, L J |
| A New Diagnostic System for Studying the Injector and Injection at the Zero Gradient Synchrotron (ZGS) (p. 518) |
| by Kustom, R L |
| The beam diagnostic system, serving the Serpukhov fast ejection (p. 523) |
| by Cupérus, J |
| The beam diagnostics system, serving the Serpukhov fast ejection (p. 523) |
| by Cupérus, J |
| Computer Programs for AGS Injection (p. 528) |
| by Brown, H N |
| A Compact Programmable Control Panel for Computer Control Systems (p. 531) |
| by Hartway, B L |
| Intercomputer Communications in Real Time Control Systems (p. 536) |
| by Smith, S R |
| Some Effects of (Now Having) Computer Control for the Stanford Linear Accelerator (p. 541) |
| by Mallory, K B |
| Detection of Optical Transition Radiation and Its Application to Beam Diagnostics (p. 544) |
| by Wartski, L |
| Measurement of Bunch-Length by a Mode-Locked Laser with a Time Resolution of 10 Picoseconds (p. 549) |
| by Fischer, R |
| A Modular Control System Utilizing CAMAC Hardware for Interfacing Remote Components at NAL (p. 552) |
| by De Luca, W |
| Plotting of Beam Variation with Q Value on the 5 GeV Electron Syhnchrotron NINA (p. 555) |
| by Marks, N |
| The Chromonitor, A Colorful Dynamic Graphic Display Terminal (p. 558) |
| by Lothrop, F H G |
| Advancements in Control Technology at the Bevatron (p. 561) |
| by Evans, D M |
| Q measurement with swept RC filter for automatic data acquisition and display (p. 564) |
| by Potier, J P |
| A Precision Non-Linear Analog Transfer Function Generator (p. 567) |
| by Tool, G S |
| Booster and Main Accelerator Phase Detector System for Cavity Tuning (p. 570) |
| by Higgins, E F |
| Beam Monitoring in the Extraction Region of the Nevis Synchrocyclotron (p. 573) |
| by Aslanides, E |
| Controls for Operating and Processing the MIT-LNS Linac (p. 576) |
| by Weaver, J N |
| Automatic Control Program for SPEAR (p. 580) |
| by Boyarski, A M |
| Computer-Based Visualization and Manipulation of Orbit Warps in the Zero Gradient Synchrotron (ZGS) (p. 584) |
| by Knott, M J |
| Orthogonal Automatic Steering into the Zero Gradient Synchrotron (ZGS) Using Achromatic Magnets (p. 587) |
| by Timm, R E |
| A Magnetic Beam Position Monitor (p. 590) |
| by Claus, J |
| RF Phase Control System (p. 593) |
| by Sundelin, R |
| A System for Monitoring Proton Losses from the NAL Main Accelerator (p. 596) |
| by Lundy, R A |
| A Fast RF Structure Monitor (p. 599) |
| by De Ball, L M |
| Air-Filled Ion Chamber Beam Loss Monitors for the Zero Gradient Synchrotron (ZGS) (p. 602) |
| by Suddeth, D E |
| Derived Radial Position and Width Signals from a TV Beam Viewer (p. 605) |
| by Suddeth, D E |
| Beam Phase Lock Using Amplitude Limited Pulse Comparison for the Zero Gradient Synchrotron (ZGS) (p. 608) |
| by Suddeth, D E |
| A Fast Technique of Measuring Equilibrium Orbit Warps in the Zero Gradient Synchrotron (ZGS) at Injection (p. 610) |
| by Bogaty, J M |
| Control of Ion Sources for the Zero Gradient Synchrotron (ZGS) (p. 613) |
| by Timm, R E |
| I.U. Accelerator Control System Digital Multiplexer (p. 616) |
| by Zinneman, T E |
| Computer Control of the Oak Ridge Isochronous Cyclotron (p. 618) |
| by Ludemann, C A |
| Application of Crossbar Relays to the Control of a Buncher Ring (p. 621) |
| by Gagnon, W |
| Position and Intensity Monitoring System for the SPEAR Transport System at SLAC (p. 624) |
| by Chang, A K |
| CAMAC Crate Controller for a Serial Control System (p. 631) |
| by Barsotti, E J |
| The Central Control Room Man-Machine Interface at the Clinton P. Anderson Meson Physics Facility (LAMPF) (p. 633) |
| by Hartway, B L |
| Experience with Touch Panel Control at SLAC (p. 636) |
| by Struven, W |
| Monitoring the Beams in SPEAR with Synchrotron Light (p. 638) |
| by Sabersky, A P |
| Computer Control of Brookhaven 200 MeV Linac (p. 642) |
| by Weitman, I |
| Thin Film Mapping of Electron Accelerators (p. 645) |
| by Little, R G |
| The Satellite Minicomputer--A Practical Solution to Accelerator Control (p. 648) |
| by Machen, D R |
| Digital Filter Design for Accelerator Data and Control Systems (p. 650) |
| by Machen, D R |
| PRIMET: A Versatile Accelerator Timing System (p. 653) |
| by Swoboda, C A |
| The orbit measurement system of the CERN 800 MeV PS booster (p. 656) |
| by Rabany, Michel |
| The 800 MeV measurement line of the CERN PS booster (p. 659) |
| by Baribaud, Guy |
| High Energy Low Intensity Beam Profile Monitor (p. 662) |
| by Chehab, R |
| A Wide Band Current Monitor Based on Pulsed Transformer Techniques (p. 665) |
| by Sutter, D F |
| Summary of International Progress on Superconducting Magnets (p. 668) |
| by Gilbert, W S |
| The Argonne Superconducting Magnet for Polarized Proton Targets (p. 675) |
| by Bywater, J |
| Studies of Performance and Field Reproducibility of a Precision 40 KG Superconducting Dipole Magnet (p. 678) |
| by Allinger, J |
| Superconducting Beam-Transport Magnets for the Bevatron (p. 683) |
| by Gilbert, W S |
| Superconducting Magnet Models for ISABELLE (p. 688) |
| by Dahl, P F |
| Results of Physical Tests on Polymer Materials at Cryogenic Temperatures (p. 693) |
| by Van de Voorde, M |
| Results of physical tests on polymer materials at cryogenic temperatures (p. 693) |
| by Van de Voorde, M H |
| High Field Pulsed Magnets for a Bubble Chamber Beam (p. 698) |
| by Elliott, R T |
| The Computation of Poleface Winding Systems Yielding Independent Multipole Fields within the Aperture of Notably Alternating Gradient Synchrotron Magnets (p. 703) |
| by Asner, Alfred M |
| Radiation Resistant Magnet Coils from Hard Anodized Aluminum Conductor (p. 708) |
| by Holland, M M |
| Design of Sextupole Magnet for 200 GeV Line (p. 713) |
| by Satti, J A |
| Modification of LINDA to Treat the Grain Orientation Effect (p. 716) |
| by Endo, K |
| Septum Magnets for Secondary Beams at NAL (p. 719) |
| by Carrigan, R |
| Calculations on high field magnets with iron yokes and rectangular coils (p. 723) |
| by Umstätter, H H |
| Design of Dipole Magnet with Circular Iron Shield (p. 726) |
| by Lee, W W |
| Zero Gradient Synchrotron Coil Failures in 1970-71 Analysis and Subsequent Remedial Action (p. 729) |
| by Martin, J H |
| Improvements in the Zero Gradient Synchrotron (ZGS) Main Magnet Coil Protection (p. 731) |
| by Suddeth, D E |
| Main Magnet Coil Diagnostic Tests at the Zero Gradient Synchrotron (ZGS) (p. 734) |
| by Suddeth, D E |
| A Pulsed Beam Shutter for Radio-Frequency Separated Beams at the ZGS (p. 737) |
| by Praeg, W F |
| Multiparticle Spectrometer Magnet (MPS) (p. 740) |
| by Halik, E E |
| Resistive Measurements on an Improved Nb-A1-Ge Superconducting Ribbon (p. 742) |
| by Eagar, T W |
| Preliminary Modeling and Testing of Ramped Superconducting Dipoles for the NAL Doubler (p. 744) |
| by Reardon, P J |
| Operating results from ISR (p. 747) |
| by Schnell, Wolfgang |
| Operating Results from SPEAR (p. 752) |
| by Richter, Burton |
| Storage Ring Program in Novosibirsk (p. 756) |
| by Skrinsky, A N |
| Beam induced gas desorption in the CERN Intersecting Storage Rings (p. 760) |
| by Gröbner, Oswald |
| Dependence of Phase Instabilities on Bunch Length at the CEA (p. 765) |
| by Averill, R |
| Beam Dynamics on ACO (p. 768) |
| The Creation of Small Interaction Diamonds in the CERN Intersecting Storage Rings (ISR) (p. 773) |
| by Bryant, P J |
| Isabelle e-p Option (p. 777) |
| by Chasman, R |
| The proposed DESY proton-electron colliding beam experiment (p. 782) |
| by Febel, A |
| PEP Lattice Design (p. 786) |
| by Bangerter, R |
| A Method of Analyzing the Momentum and Betatron Amplitude Distributions in a Circulating Beam (p. 790) |
| by Peterson, J M |
| Experimental Insertions for the ISA (p. 793) |
| by Chasman, R |
| Measurements of stacking efficiency in the CERN intersecting storage rings (ISR) (p. 796) |
| by De Jonge, M J |
| Improvement in luminosity, background and chamber protection with beam scrapers in the ISR (p. 799) |
| by Bryant, P |
| Measurement and Compensation of Space Charge Induced Q-Shifts in the CERN Intersecting Storage Rings (ISR) (p. 802) |
| by Autin, Bruno |
| Extension of the CERN ISR energy by acceleration of stacked beams (p. 805) |
| by Hansen, S |
| Transverse feedback for the ISR (p. 807) |
| by Thorndahl, L |
| The use of the ISR for experiments (p. 809) |
| by Couchman, B |
| Performance of the CEA as an e+e- Storage Ring (p. 813) |
| by Averill, R |
| Injection into the ISA (p. 816) |
| by Blewett, John Pauls |
| Controlling Nonlinear Resonances in Superconducting Storage Accelerators (p. 819) |
| by Parzen, G |
| Limitation in Short Bunches Production within Electron Storage Rings (p. 822) |
| by Brück, H |
| A longitudinal stability criterion for bunched beams (p. 825) |
| by Sacherer, F J |
| Experimental investigation of the coherent longitudinal instability of relativistic particle beams (p. 830) |
| by Zotter, Bruno W |
| Noise in Proton Accelerators (p. 833) |
| by Hartwig, E |
| Measurements on Beam-Beam Interaction at SPEAR (p. 838) |
| by Wiedemann, H |
| Stochasticity Limit and Turbulent Motion of Phase-Space Fluid (p. 843) |
| by Teng, L C |
| Beam Dynamics in the Presence of Ions and Electrons (p. 847) |
| by Zotter, Bruno W |
| Discussion of Beam Dynamics in the Presence of Ions and Electrons (p. 849) |
| by Amman, F |
| The 'Head-Tail' Instability (p. 850) |
| by Paterson, J M |
| Discussion: The 'Head-Tail' Instability (p. 851) |
| by Amman, F |
| Effect of RF Noise on Stored Beams (p. 852) |
| by Courant, E D |
| Discussion: Effect of RF Noise on Beam (p. 853) |
| by Amman, F |
| High-Intensity Effects in the Longitudinal Motion of Stored Particle Beams (p. 854) |
| by Sessler, Andrew M |
| Discussion: High-Intensity Effects in the Longitudinal Motion of Stored Particle Beams (p. 857) |
| by Rees, J R |
| Beam-Beam Limits (p. 858) |
| by Amman, F |
| Discussion: Beam-Beam Limits (p. 860) |
| by Amman, F |
| Artificial Beam Enlargement (p. 862) |
| by Morton, P L |
| Correction of Intensity-Dependent Beam Loss in the NAL Booster Synchrotron (p. 863) |
| by Hubbard, E L |
| Neutralization of nunched proton beams (p. 866) |
| by Schönauer, H O |
| A Pulsed Quadrupole System for Preventing Depolarization (p. 869) |
| by Bywater, J |
| Closed Orbit Correction in the AGS (p. 872) |
| by Herrera, J C |
| Parameter Study of the "Invisible" Long Straight Section for Synchrotrons (p. 875) |
| by Meads, P F |
| Bunching of intense proton beams with six-dimensional matching to the linac acceptance (p. 877) |
| by Weiss, M |
| Space charge effects in the vertical plane during injection in a synchrocyclotron (p. 880) |
| by Thouroude, D |
| Normal Oscillating Modes of a One-Dimensional Maxwellian Beam in the Linear Space Charge Approximation (p. 882) |
| by Besnier, G |
| Parametrization of Linear Coupled Motion in Periodic Systems (p. 885) |
| by Edwards, D A |
| Effect of Random Fluctuations on Synchrotron Phase Motion (p. 889) |
| by Snowdon, S C |
| Correcting Closed-Orbit Distortion in the NAL Main Ring (p. 892) |
| by MacLachlan, J A |
| Prebunching with Space Charge (p. 895) |
| by Olcese, J J |
| Closed Orbit Correctiion in SPEAR (p. 898) |
| by King, A S |
| Evaluation of Synchrotron Radiation Integrals (p. 900) |
| by Helm, R H |
| General Design Equations for Isochronous Cyclotrons (p. 902) |
| by Jain, A |
| Operating Results on the 800-MeV Proton Linac at the Los Alamos Scientific Laboratory (p. 905) |
| by Hagerman, D C |
| The SLAC Recirculating Linear Accelerator (p. 910) |
| by Herrmannsfeldt, W B |
| Initial Operation of the MIT Electron Linear Accelerator (p. 914) |
| by Haimson, J |
| Subnanosecond High-Intensity Beam Pulse (p. 919) |
| by Mavrogenes, G |
| The 50-MeV Bevatron Injection Linac (p. 923) |
| by Brodzik, D |
| Operation of a High Gradient Recirculating RF Accelerating Cavity (p. 928) |
| by Kirchgessner, J L |
| 100% Duty Factor Electron Linac (p. 932) |
| by Baglin, J E E |
| A Multi-Orbit Recirculation System for a Superconducting Linear Accelerator - The Recyclotron (p. 938) |
| by Rand, R E |
| Equivalent Circuit for a Perturbed Multi-Cell Structure (p. 943) |
| by Jule, W E |
Operating Characteristics of Argonne's 50  s RF Particle Separator Beam (p. 949) |
| by Moretti, A |
| Properties of Disc-Loaded Lines (p. 952) |
| by Gallagher, W J |
| Properties of Contoured Cavities (p. 957) |
| by Olcese, J J |
| Beam Loading of RF Cavities (p. 960) |
| by Gallagher, W J |
| Single- and double-drift bunchers as possible injection schemes for the CPS linac (p. 963) |
| by Bru, B |
| Use of Strong Relativistic Electron Rings for the Confinement of Thermonuclear Plasmas (p. 966) |
| by Fleischmann, H H |
| Radiobiological Experiments with Heavy Ions at the Bevatron (p. 970) |
| by Tobias, C A |
| Research Using Synchrotron Radiation (p. 973) |
| by Rowe, E M |
| A Free Electron Laser (p. 980) |
| by Madey, J M J |
| Synchrotron Radiation at the Cambridge Electron Accelerator (p. 984) |
| by Winick, Herman |
| The Expanding Role of the Small Van de Graaff in Nuclear Nondestructive Analysis (p. 989) |
| by Evans, A E |
| Picosecond Time Measurements with a Linear Accelerator and RF Separator (p. 994) |
| by Guiragossian, Z G T |
| Production of Negative Pions of Medical Interest by High-Energy Protons (p. 997) |
| by Berley, D |
| Small Accelerators for Studies in the Application of Neutrons in Biomedicine (p. 1002) |
| by Bull, S R |
| Application of Proton Radiation Therapy (p. 1007) |
| by Archambeau, J O |
| Shattering Rock with Intense Bursts of Energetic Electrons (p. 1010) |
| by Avery, R T |
| 60 kw Electron Accelerator for a Paint-Curing Facility (p. 1015) |
| by Reinhold, G |
| The Racetrack Microtron as a Negative Pion Source for Radiotherapy (p. 1018) |
| by Wilson, P B |
| A Versatile Patient Positioner for Radiation Therapy (p. 1022) |
| by Gunn, J T |
| Electron Beam Flattening with an Annular Scattering Foil (p. 1025) |
| by Sandberg, G |
| Mechanical Design of the LAMPF Low Energy Pion Channel (p. 1027) |
| by Fulton, R L |
| A Negative Pion Beam Transport Channel for Radiobiology and Radiation Therapy at TRIUMF (p. 1029) |
| by Harrison, R W |
| Radiotracer Measurements of Sputtered Contamination Incurred During ION Implantation Processing (p. 1032) |
| by Masters, B J |
| A Tribute to Lev Artsimovich (p. 1035) |
| by Kolb, A C |
| ISABELLE Design Study (p. 1036) |
| by Mills, F E |
| Proton-Electron-Positron Design Study (p. 1039) |
| by Elioff, T |
| High Energy Physics Horizons (p. 1045) |
| by Panofsky, Wolfgang Kurt Hermann |