| Advances in the Design of Proton Linear Accelerators - Meson Factories and Injectors for Synchrotrons (p. 1) |
| by Nagle, D E |
| New Accelerators for Very Heavy Ions - Productions of Super-Elements (p. 5) |
| by Ghiorso, A |
| Recent Advances in DC Accelerators (p. 16) |
| by Rose, P H |
| A Decade of Progress in Cyclotrons - - Frequency Modulated and Isochronous (p. 23) |
| by Khoe, T K |
| High Current DC Ion Beams (p. 29) |
| by Kelley, G G |
| Studies of an Expanded Plasma Front Duoplasmatron Ion Source (p. 39) |
| by Fasolo, J A |
| A Study of Duoplasmatron Ion Source with an Expansion Cup (p. 46) |
| by Abdel-Aziz, M E |
| Characteristics of High Current P. I. G. Ion Source at Low Gas Pressure (p. 53) |
| by Abdel-Aziz, M E |
| Dynamag Ion Source with Open Cyclindrical Extractor (p. 60) |
| by Cleland, M R |
| A Penning Discharge Ion Source for High Brightness (p. 65) |
| by Bennett, G W |
| A Small "Cold-Cathode" High- Intensity Cyclotron Ion Source (p. 70) |
| by Wells, D K |
| Surface Ionization Ion Sources (p. 72) |
| by Wilson, R G |
| Production of Negative Helium Ions by Nearly-Resonant Charge Exchange in Potassium (p. 75) |
| by Ennis, R M |
| Modified He Ion Source Using Cs Vapor Charge Exchange (p. 78) |
| by Rose, F A |
| Modification of an Ion Source for the Production of Microampere 4He- Beams* (p. 82) |
| by John, J |
| A High Current Electron Gun Suitable for Use Down to 1 Nanosecond Pulse Length (p. 87) |
| by Willard, J |
| On the Design of Axially Symmetric Electron Guns (p. 93) |
| by Beal, J W |
| The Electron Gun for the Stanford Two-Mile Accelerator (p. 98) |
| by Miller, R H |
| Multiple Beam Pulse Capability of the SLAC Injector (p. 104) |
| by Koontz, R F |
| A Magnetic Bottle with Electrodes for Trapping Low Energy Electrons (p. 110) |
| by Krisciokaitis, R J |
| New Developments in High Voltage Technology (p. 113) |
| by Trump, J G |
| Magnetically Suppressed Accelerator Tubes (p. 122) |
| by Howe, F A |
| A Differential Pumping Tube for Electrostatic Accelerators (p. 126) |
| by Howe, F A |
| High Gradient Accelerating Column Design and Construction (p. 129) |
| by Lee, G M |
| Highly Stabilized Electron Accelerators for Electron Microscopy at Extra-High Voltages (p. 134) |
| by Reinhold, G |
| Future High Voltage DC Power Supplies of the Shielded Design (p. 139) |
| by Reinhold, G |
| Simple Improvements in Small High-Voltage DC Power Supplies (p. 143) |
| by Langsdorf, A |
| Progress in the Development of a 4-MV Positive Ion Accelerator for High Beam Currents (p. 145) |
| by Reinhold, G |
| An Original Neutron Generator Using a Short Structure Accelerating System and Turbomolecular Pumping (p. 151) |
| by Fremiot, C |
| Mechanical Design Concepts of Dynamitron Accelerators (p. 157) |
| by Mason, C F |
| An Improved Control System for Van De Graaff Accelerators (p. 161) |
| by Gere, E A |
| Terminal Voltage Fluctuations of an FN Tandem Van De Graaff Accelerator (p. 166) |
| by Fauska, H |
| Multi-Loop Feedback System for Dynamitron Voltage Regulation (p. 169) |
| by Thompson, C C |
| A Nanosecond Beam Pulsing and Time-of-Flight System for an MP Tandem (p. 174) |
| by Purser, K H |
| X-Radiation from Van De Graaff Accelerator Ion Sources (p. 181) |
| by Bernard, D L |
| An Improved Sulphur Hexafluoride Gas Handling System for a Potential Drop Partical Accelerator (p. 187) |
| by Marsik, S J |
| The MIT High Duty, High Intensity 400-MeV Linear Electron Accelerator (p. 191) |
| by Bertozzi, W |
| High Duty Factor RF Sources at 800 MHz (p. 197) |
| by Hagerman, D C |
| Fast Automatic Phase and Amplitude Control of High-Power RF Systems (p. 205) |
| by Jameson, R A |
| Optimum Generator Characteristics of RF Amplifiers for Heavily Beam-Loaded Accelerators (p. 213) |
| by Boyd, T J |
| The RF System for the AGS Linac Injector (p. 217) |
| by Sheehan, J F |
| Design and Performance of the SLAC RF Drive System (p. 223) |
| by Farkas, Z D |
| RF System Design for the SLAC Storage Ring (p. 229) |
| by Allen, M A |
| The AGS Conversion RF System (p. 234) |
| by Tranis, A |
| The AGS Conversion Radio Frequency Power Amplifier (p. 237) |
| by Rheaume, R H |
| Accelerating System for the Cornell 10 - GeV Electron Synchrotron (p. 241) |
| by Tigner, M |
| RF Power System for the Separated-Orbit Cyclotron Experiment (p. 246) |
| by Mosko, S W |
| Experimental Studies of the Omnitron Electrical Components (p. 250) |
| by Davis, J W |
| A Compact RF System for a 30-Inch AVF Cyclotron (p. 257) |
| by Hendry, G O |
| A Compact 70 - MW, 250 - KV Modulator Using Thyratrons (p. 260) |
| by Latham, C |
| Computer Design of UHF Power Amplifier Tubes (p. 266) |
| by Liska, D |
| The Klystrom - An Ultra High Power RF Energy Source (p. 273) |
| by Reid, D W |
| Low Distortion RF Amplifier Video Pulses (p. 278) |
| by Fox, L J |
| Design of Traveling Wave Electron Linear Accelerators (p. 282) |
| by Gallagher, W J |
| RF Perturbation Measurements in Long Linac Cavities (p. 286) |
| by Owen, C W |
| Studies of Multistem Drift Tube Accelerator Structures (p. 290) |
| by Giordano, S |
| Numerical Analysis of the RF Field in a Drift Tube Loaded Cavity (p. 295) |
| by Batchelor, K |
| Studies of Multi-Drive Excitation for Alvarez Structures (p. 303) |
| by Giordano, S |
| Design of a 3 Ampere Peak Steady State 0.001 Duty, 10 - MeV Linear Electron Accelerator (p. 307) |
| by Whitham, K |
| Folded Ferrite Loaded Cavities for Impedance Matching in the AGS (p. 312) |
| by Plotkin, M |
| RF Accelerating Cavities for AGS Conversion (p. 315) |
| by Rakowsky, G |
| The Development of 2000 - Ampere Diodes for High Current Ferrite Biasing Supplies (p. 320) |
| by Tusting, R F |
| Pole-Zero Analysis of Distributed Radio-Frequency Acceleration Systems (p. 328) |
| by Katz, J E |
| Coaxial Cavities for Separated Orbit Cyclotrons (p. 331) |
| by Ziegler, N F |
| Low Temperature Aspects of a Cryogenic Accelerator (p. 336) |
| by Schwettman, H A |
| Accelerating Structures for Superconducting Electron Linacs (p. 345) |
| by Weaver, J N |
| Proposed Microwave Systems for Superconducting Radiofrequency Beam Separators (p. 350) |
| by Halama, H J |
| Design Study of a Superconducting Radiofrequency Beam Separator (p. 356) |
| by Hahn, H |
| The Future of Superconducting Magnets (p. 361) |
| by Laverick, C |
| Secondary Beam Magnets for the 200 - BeV Accelerator -- Conventional or Superconducting? (p. 372) |
| by Meuser, R B |
| Selection of a Lamination Shape for a Fast-Cycling Alternating-Gradient Magnet Core (p. 377) |
| by Hernandez, H P |
| Effect of Fast Neutron Irradiation at Low Temperature on NbZr Coil Performance (p. 383) |
| by Benaroya, R |
| Elliptical and Circular Current Sheets to Produce a Prescribed Internal Field (p. 386) |
| by Beth, R A |
| Superconducting Beam Handling Equipment (p. 389) |
| by Britton, R B |
| Copper-Tape-Wound, Edge-Cooled Solenoid (p. 393) |
| by Morris, D W |
| Use of Aluminum Coils Instead of Copper Coils in Accelerator Magnet Systems (p. 398) |
| by Green, M A |
| A Prestressed -Core Hollow-Strap-Coil Test Magnet for the Omnitron (p. 405) |
| by Scalise, D T |
| A New Hydrodynamic Liquid Cooling Method for Edge-Cooled, Flat Conductor Magnet Coils and for Liquid-Cooled Ferrite RF Resonator Discs (p. 410) |
| by Dorward, J G |
| Theory, Design and Measurement of the Brookhaven Narrow Quadrupoles (p. 414) |
| by Danby, G T |
| Drift Tube Quadrupoles (p. 420) |
| by Otis, A N |
| AGS Low Field Correction Elements (p. 425) |
| by Herrera, J C |
| Magnet Design for Very High Energy Synchrotron Employing a Separated Function Magnet Lattice (p. 431) |
| by Danby, G T |
| Methods of Computing the Time Constant and Impedence of Magnets (p. 437) |
| by Praeg, W F |
| Three Dimensional Properties of Magnetic Beam Transport Elements (p. 442) |
| by Danby, G T |
| The Beam Transport System of the Michigan State University Cyclotron (p. 450) |
| by MacKenzie, G H |
| Magnet System for 4- MeV Experimental Separated-Orbit Cyclotron (p. 456) |
| by Hudson, E D |
| A Sector Magnet for a 10-50 MeV SOC (p. 460) |
| by Hudson, E D |
| A Fast Sequencing Bipolar Energy Discharge System for the Beam Bumper Magnet in the Zero Gradient Synchrotron (p. 464) |
| by Hornstra, F |
| Fast Kicker Magnets for the 200 - GeV Accelerator (p. 468) |
| by Faltens, A |
| Establishment of Precise Magnetic Fields in the Momentum Analyzing System at SLAC (p. 473) |
| by Seppi, E J |
| A Turbine Driven Rotating Coil Magnetometer (p. 478) |
| by Rowe, E M |
| Complex of Systems for Measuring the Characteristics and Stabilization of Static Magnetic Fields (p. 482) |
| by Denisov, Yu N |
| Influence of Magnetic Elements on an Isochronous Cyclotron Field (p. 487) |
| by Theus, R B |
| The 200 - MeV Electron-Positron Storage Ring Magnet Power Supply (p. 493) |
| by Hicks, J W |
| A Megawatt Solid-State Inverter to Power the Cornell 10 - GeV Electron Synchrotron (p. 496) |
| by Kellers, C F |
| A Low Ripple Pulsed Phased Back Power Supply (p. 500) |
| by Cassel, R |
| Flat Topping the PPA Synchrotron Magnet (p. 503) |
| by Huttar, D |
| Protective Relaying and Monitoring of the Ring Magnet Power Supply for the Argonne National Laboratory Zero Gradient Synchrotron (p. 507) |
| by Visser, A T |
| Fault Detection in Synchrotron Magnet Coils (p. 512) |
| by Rohrmayer, A |
| The Failure of the Alternators of the Nimrod Main Magnet Power Supply (p. 517) |
| by Brooks, H C |
| Review of Dynamic Instabilities in Circular Accelerators (p. 522) |
| by Neil, V K |
| Electron Linac Instabilities (p. 529) |
| by Loew, G A |
| A Method of Computing Generalized Orbit Constants in Synchrotron Lattices (p. 541) |
| by Morgan, G H |
| Studies of Resonant Synchrotron Oscillation Effects Using Moser Transformations (p. 546) |
| by Steban, J D |
| Orbits in Fixed Field Alternating Gradient Synchrotron (p. 552) |
| by Chien, C S |
| Revised Linac Beam Dynmics Equations (p. 557) |
| by Schnizer, B |
| Theory of Longitudinal Instabilities in Synchrotrons, with Applications (p. 562) |
| by Pease, R L |
| Beam-Envelope Oscillations with Space Charge in Circular Particle Accelerators (p. 567) |
| by Lapostolle, Pierre M |
| On the Design of a High Intensity Proton Linear Accelerator (p. 572) |
| by Lapostolle, Pierre M |
| Computer Calculations of Effect of Space Charge on Longitudinal Beam Dynamics in Proton Linear Accelerators (p. 577) |
| by Benton, A |
| Space Charge Effects in High Current Linear Electron Accelerator Injection Systems (p. 581) |
| by Williams, C B |
| A Relativistically Corrected Three Dimensional Space Charge Analysis of Electron Bunching (p. 586) |
| by Haimson, J |
| Space-Charge Effects on the Quadropole Focusing System in Low-Energy Proton Linear Accelerators (p. 594) |
| by Ohnuma, S |
| Throbbing Beam Instabilities in Particle Accelerators and Storage Rings (p. 602) |
| by Lee, M J |
| Space Charge Defocussing of Bunched Beams (p. 607) |
| by Gallagher, W J |
| Longitudinal Space Charge Effects in RF Buckets (p. 612) |
| by Trzeciak, W S |
| Computer Studies of Orbits in High Energy Microtrons (p. 624) |
| by Robinson, C S |
| The Design of Low-Beta Insertions for Storage Rings (p. 630) |
| by Morton, P L |
| Beam Measurements in the Harwell Variable Energy Cyclotron (p. 635) |
| by Lawson, J D |
| Studies of Beam Behavior in the Energy Region of 50-400 MeV with the Brookhaven Alternating Gradient Synchrotron (p. 641) |
| by Van Steenbergen, A |
| The Resistive Wall Instability and Damping System in Nimrod (p. 653) |
| by Gardner, I S K |
| Beam Extraction from the Proton Synchrotron (p. 660) |
| by Barton, M Q |
| Use of a Debuncher to Obtain Variable Energy from A Linear Accelerator Beam (p. 666) |
| by Myers, W |
| A Proposed System for Multi-Cycle Injection of Positrons and Electrons into the 6-GeV Cambridge Electron Accelerator (p. 670) |
| by Robinson, K W |
| Adjustment and Test of the 300 - MeV Extraction System For the NASA 600 - MeV Synchrocyclotron (p. 677) |
| by Younger, F C |
| External Beam Performance at P. P. A. (p. 684) |
| by Kirchgessner, J |
| ZGS External Proton Beam (p. 688) |
| by Ratner, L G |
| A New Scheme of Beam Extraction of the Argonne Zero Gradient Synchrotron (p. 693) |
| by Martin, J H |
| Radiofrequency Stimulation of Resonant Slow Extraction Systems (p. 696) |
| by Robertson, D S |
| Slow Extraction from FFAG Accelerators (p. 702) |
| by Hammer, C L |
| Completion of Construction and Initial Operation of the SLAC Accelerator (p. 705) |
| by Neal, R B |
| The General Atomic Coupled Electron Linear Accelerator (p. 721) |
| by Adcock, D R |
| Operation and Performance of a Compact, Isochronous Cyclotron (p. 729) |
| by Mulady, J R |
| A Small Helium-3 Cyclotron (p. 733) |
| by Main, R M |
| Performance Characteristics of the ZGS (p. 740) |
| by Martin, R L |
| The Operational Experience with Nimrod (p. 743) |
| by Gray, D A |
| Design of a 15-MeV CW Microtron (p. 749) |
| by Wintersteiner, P P |
| Four-Sector Racetrack Microtrons (p. 756) |
| by Froelich, H R |
| A 4-MeV Experimental Separated-Orbit Cyclotron (p. 760) |
| by Worsham, R E |
| Nevis Synchrocyclotron Improvement Program (p. 764) |
| by Cohen, R |
| Choice of the Injector System for the 200 - BeV Accelerator (p. 767) |
| by Peterson, J M |
| RF System Considerations in Interlaced-Beam Injector Synchrotrons (p. 773) |
| by Tool, G S |
| Electron Beams from 1011 - 1012 Watt Pulsed Accelerators (p. 777) |
| by Link, W T |
| The Generation and Diagnosis of Pulsed Relativistic Electron Beams Above 1010 Watts (p. 782) |
| by Graybill, S E |
| Intense, Nanosecond Electron Beams (p. 789) |
| by Charbonnier, F M |
| Some Recent Developments in Vacuum Techniques for Acclerators and Storage Rings (p. 794) |
| by Milleron, N |
| A Vacuum Chamber System for High Radiation Environment (p. 804) |
| by Hanson, W B |
| A Ceramic Vacuum Chamber for a Fast-Cycling Proton Synchrotron (p. 809) |
| by Clee, P T |
| Experience with Metal and Epoxy Vacuum Chambers and the Development of Alumina Ceramic Vacuum Chambers at the CEA (p. 815) |
| by Hay, R D |
| Vacuum Behaviour of Various Materials with Radiation and Heat (p. 821) |
| by Gould, C L |
| Improvement of Hydrogen Pumping Characteristics of Penning Discharge Getter-Ion-Pumps (p. 831) |
| by Turner, C M |
| Economical Powering of a Large Multiplicity of Sputter-Ion Pumps (p. 836) |
| by Carides, T |
| Fast-Acting Valve (p. 838) |
| by Moenich, J S |
| The Engineering of Accelerator Facilities (p. 843) |
| by Gordon, H S |
| Operation of Accelerators Directly Off the Utility System (p. 849) |
| by Rohrmayer, A |
| Expansion of the Bevatron External Proton Beam Experimental Facilities (p. 854) |
| by Lou, K H |
| The Physical Design of a 200 - MeV Linac Facility (p. 860) |
| by Grand, P |
| Conversion of AGS Ring to Modular Construction (p. 867) |
| by Hoober, D |
| Modular Accelerator Design (p. 872) |
| by Tom, J L |
| Variable Energy Cyclotron (p. 876) |
| by McFarlin, W A |
| The Maryland University Sectored Isochronous Cyclotron - MUSIC (p. 881) |
| by Leboutet, H |
| Capability vs Cost for Servicing and Handling System Choices in 200 - BeV Accelerator Design Study (p. 887) |
| by Salsig, W W |
| Selection of Injector Synchrotron Parameters to Minimize Cost of the 200 - BeV Accelerator (p. 892) |
| by Selph, F B |
| Computer-Aided Recording of Control Wiring (p. 898) |
| by Featherstone, R P |
| Precision Alignment of a Large Beam Transport System (p. 903) |
| by Herrmannsfeldt, W B |
| Handling High Power Electron Beams (p. 908) |
| by Penner, S |
| Design, Construction, and Early Operating Experience of the SLAC Beam Switchyard and Experimental Areas (p. 918) |
| by Weidner, H |
| Beam Dumps, Energy Slits and Collimators at SLAC - - Their Final Versions and First Performance Data (p. 923) |
| by Walz, D R |
| System for Guiding a Relativistic High-Current Electron Beam (p. 928) |
| by Sherwood, W A |
| Water Cooled Targets for Intense Ion Beams (p. 933) |
| by Hanley, P R |
| Rotating Neutron Target System (p. 938) |
| by Booth, R |
| High Current Target for Positive Ion Accelerators (p. 943) |
| by Seiler, R F |
| A High-Power Windowless Gas Target (p. 945) |
| by Lidsky, L M |
| A High Power Positron Conversion Target for an Electron Linac (p. 950) |
| by Parkins, M F |
| Secondary Beam Targetry Developments (p. 955) |
| by Marcks, D F |
| Targetry Used on the Bevatron to Extract Secondary Experimental Beams (p. 960) |
| by Stone, K F |
| Radiation Problems with High-Energy Proton Accelerators (p. 965) |
| by Gilbert, W S |
| Residual Radiation Studies for Medium Energy Proton Accelerators (p. 977) |
| by Fulmer, C B |
| Induced Radioactivity and Related Measurements in a 3 - GeV High Current Proton Synchrotron (p. 980) |
| by Awschalom, M |
| A Survey of Radiation Doses and Induced Activity at the ZGS from September 1965 to September 1966 (p. 985) |
| by Lucks, H |
| Radioactivity Produced by a Linac (p. 990) |
| by Wyckoff, J M |
| Remote Maintenance Techniques Proposed for the 200 - GeV Accelerator (p. 997) |
| by Krevitt, R |
| Automatically and Remotely Welded and Removable Weld Flange Vacuum Joint (p. 1004) |
| by Voss, J M |
| The AGS Magnet Enclosure Beam Spill and Personnel Saftey Monitor (p. 1010) |
| by Distenfeld, C H |
| The NBS Linac Master Control and Personnel Protection System (p. 1016) |
| by Spokas, O E |
| The Control System for the Stanford Linear Accelerator (p. 1022) |
| by Mallory, K B |
| Computer Control of the Los Alamos Linear Accelerator (p. 1030) |
| by Butler, H S |
| Experiments in Computer Control and Analysis of the AGS (p. 1042) |
| by Frankel, R |
| Digital Computer Control of the Bevatron Inflection System (p. 1044) |
| by Lancaster, H D |
| The Multiplex Control System for the Cornell 10 - GeV Synchrotron (p. 1050) |
| by Littauer, R M |
| Beam Manipulation Equipment at the Zero Gradient Synchrotron (p. 1053) |
| by Trendler, R C |
| On-Line Computer Preparation of Tune Profiles of the Zero Gradient Synchrotron (p. 1057) |
| by Knott, M J |
| Instrumentation and Electronics for the SLAC Beam Switchyard (p. 1061) |
| by Scholl, R |
| The SLAC Beam Switchyard Control Computer (p. 1066) |
| by Howry, S K |
| Control of the Beam Spill at the PPA (p. 1071) |
| by Henness, J |
| Data Transmission Across High Voltage Interfaces Via Light Links (p. 1074) |
| by Budge, E C |
| Crossing High-Voltage Interfaces with Large Bandwidth Signals (p. 1078) |
| by Severns, R P |
| A Solid State Control and Logic System for Beam Handling and Ion Optics External to the NRL Isochronous Cyclotron (p. 1082) |
| by Gordon, S E |
| Control of Betatron Oscillations in a Cyclotron by Use of an On-Line Computer (p. 1087) |
| by Lösel, M E |
| Damping Coherent Oscillations in the AGS (p. 1091) |
| by Raka, E C |
| The SLAC Long Ion Chamber System for Machine Protection (p. 1096) |
| by Fishman, M |
| High Current Beam Scanner (p. 1099) |
| by Wegner, H E |
| A Low Frequency Beam Position Monitor (p. 1106) |
| by Johnston, L |
| Beam Monitors Based on Light Observation for the Beam Switchyard of the Stanford Two-Mile Linear Accelerator (p. 1111) |
| by Coombes, R W |
| AGS Injector Beam Monitoring System (p. 1116) |
| by Otis, A |
| Microwave Beam Position Monitors at SLAC (p. 1127) |
| by Farinholt, E V |
| Measurement of Charge Emission from Targets as a Means of Burst Intensity and Beam Intensity Monitoring (p. 1132) |
| by Budal, K |
| Plunging Faraday Cup System and a Slit System for Use in the Zero Gradient Synchrotron Short Straight Sections (p. 1138) |
| by Batch, R V |
| A Single Pulse Transverse Phase Space Beam Analyser (p. 1143) |
| by Sluyters, T |
| A Diagnostic System for Optimization of the External Beam Quality of the Oak Ridge Isochronous Cyclotron (p. 1151) |
| by Lord, R S |
| Measurement and Monitoring of the Ejected Proton Beam "58" of the CERN Proton Synchrotron (p. 1155) |
| by Agoritsas, V |
| The CERN Storage Ring Project (p. 1161) |
| by Johnsen, Kjell |
| Storage Rings for Electrons and Positrons (p. 1169) |
| by Mills, F E |
| Microwave Electron Accelerators in the Medium Energy Range (p. 1174) |
| by Nunan, C S |
| Design Study on 1000 - GeV Cybernetic Accelerator and 1 - GeV Model (p. 1186) |
| by Vasilev, A A |
| The Serpukov 70 - GeV Accelerator (p. 1190) |
| by Myae, E A |
| Related Techniques in Thermonuclear Research (p. 1192) |
| by Kerst, D W |
| Present Day Electron Synchrotrons for Energies above 3- GeV (p. 1197) |
| by McDaniel, B D |
| Proton Synchrotrons for Energies above 20- GeV (p. 1204) |
| by Blewett, John Pauls |
| Automatically and remotely welded and removable weld flange vacuum joint |
| by Voss, J M |
