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Keyword: accelerator

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Advances in the Design of Proton Linear Accelerators - Meson Factories and Injectors for Synchrotrons coupling, impedance, ion, linac 1
  • D.E. Nagle
  
New Accelerators for Very Heavy Ions - Productions of Super-Elements acceleration, field, ion, neutron 5
  • A. Ghiorso
  
Recent Advances in DC Accelerators acceleration, ion, scattering, target 16
  • P.H. Rose
  
Surface Ionization Ion Sources electron, implantation, ion, ionization 72
  • R.G. Wilson
  
Production of Negative Helium Ions by Nearly-Resonant Charge Exchange in Potassium collimation, emittance, ion, vacuum 75
  • R.M. Ennis, Jr., B. Donnally, D.E. Schechter, D. B. Schlafke, G. Thoeming
  
A High Current Electron Gun Suitable for Use Down to 1 Nanosecond Pulse Length cathode, electron, field, gun 87
  • J. Willard
  
The Electron Gun for the Stanford Two-Mile Accelerator cathode, electron, emittance, gun 98
  • R.H. Miller, J. Berk, T.O. McKinney
  
A Magnetic Bottle with Electrodes for Trapping Low Energy Electrons electron, field, ionization, polarization 110
  • R.J. Krisciokaitis, K.W. Robinson
  
New Developments in High Voltage Technology Van de Graaff, acceleration, dielectric, field 113
  • J.G. Trump
  
Magnetically Suppressed Accelerator Tubes acceleration, electron, field, ion 122
  • F.A. Howe
  
A Differential Pumping Tube for Electrostatic Accelerators electron, field, ion, vacuum 126
  • F.A. Howe
  
High Gradient Accelerating Column Design and Construction emittance, ion, thermal, vacuum 129
  • G.M. Lee, C.D. Curtis
  
Highly Stabilized Electron Accelerators for Electron Microscopy at Extra-High Voltages acceleration, electron, gun, vacuum 134
  • G. Reinhold
  
Future High Voltage DC Power Supplies of the Shielded Design electron, impedance, ion, modulator 139
  • G. Reinhold, K. Truempy
  
Progress in the Development of a 4-MV Positive Ion Accelerator for High Beam Currents acceleration, electron, ion, x-ray 145
  • G. Reinhold, J. Bill
  
An Original Neutron Generator Using a Short Structure Accelerating System and Turbomolecular Pumping acceleration, ion, target, vacuum 151
  • C. Fremiot, J. Muel
  
Terminal Voltage Fluctuations of an FN Tandem Van De Graaff Accelerator ion, scattering, spectrum 166
  • H. Fauska, J.S. Heagney, T.J. Morgan, F. H. Schmidt
  
Multi-Loop Feedback System for Dynamitron Voltage Regulation cathode, coupling, feedback, ion 169
  • C.C. Thompson
  
X-Radiation from Van De Graaff Accelerator Ion Sources Van de Graaff, ion, radiation, x-ray 181
  • D.L. Bernard, J.L. Rinehart, N. Vo Long
  
An Improved Sulphur Hexafluoride Gas Handling System for a Potential Drop Partical Accelerator accumulation, solenoid, thermal, vacuum 187
  • S.J. Marsik, J.C. Deraimo, F.R. Stevenson
  
The MIT High Duty, High Intensity 400-MeV Linear Electron Accelerator electron, impedance, klystron, waveguide 191
  • W. Bertozzi, J. Haimson, C.P. Sargent, W. Turchinetz
  
High Duty Factor RF Sources at 800 MHz cathode, klystron, modulator, proton 197
  • D.C. Hagerman
  
Fast Automatic Phase and Amplitude Control of High-Power RF Systems field, linac, proton, vacuum 205
  • R.A. Jameson, W.J. Hoffert
  
The RF System for the AGS Linac Injector cathode, linac, modulator, proton 217
  • J.F. Sheehan, R.F. Lankshear, R.L. Witkover
  
Design and Performance of the SLAC RF Drive System booster, crystal, dielectric, klystron 223
  • Z.D. Farkas, C.J. Kruse, G.A. Loew, R.A. McConnell
  
A Compact 70 - MW, 250 - KV Modulator Using Thyratrons cathode, impedance, klystron, modulator 260
  • C. Latham, H. Menown, N.S. Nicholls
  
Computer Design of UHF Power Amplifier Tubes electron, field, linac, proton 266
  • D. Liska
  
The Klystrom - An Ultra High Power RF Energy Source cathode, cw, focusing, klystron 273
  • D.W. Reid
  
RF Perturbation Measurements in Long Linac Cavities acceptance, field, linac, proton 286
  • C.W. Owen, C.A. Radmer, D.E. Young
  
Studies of Multistem Drift Tube Accelerator Structures field, proton, resonance, waveguide 290
  • S. Giordano, J.P. Hannwacker
  
Numerical Analysis of the RF Field in a Drift Tube Loaded Cavity coupling, damping, field, resonance 295
  • K. Batchelor, T. Nishikawa, T. Werntz
  
Studies of Multi-Drive Excitation for Alvarez Structures coupling, field, linac, proton 303
  • S. Giordano, J.P. Hannwacker, J. Keane
  
Design of a 3 Ampere Peak Steady State 0.001 Duty, 10 - MeV Linear Electron Accelerator electron, field, impedance, injection 307
  • K. Whitham
  
Folded Ferrite Loaded Cavities for Impedance Matching in the AGS cathode, ferrite, impedance, resonance 312
  • M. Plotkin
  
RF Accelerating Cavities for AGS Conversion ferrite, injection, thermal 315
  • G. Rakowsky
  
The Development of 2000 - Ampere Diodes for High Current Ferrite Biasing Supplies ferrite, impedance, injection, radiation 320
  • R.F. Tusting, J.E. Katz, Q. Kerns
  
Low Temperature Aspects of a Cryogenic Accelerator electron, field, linac, thermal 336
  • H.A. Schwettman, E. E. Chambers, W.M. Fairbank, M.S. McAshan, T.I. Smith, J.P. Turneaure, P.B. Wilson
  
Accelerating Structures for Superconducting Electron Linacs electron, field, impedance, standing wave 345
  • J.N. Weaver, T.I. Smith, P.B. Wilson
  
Design Study of a Superconducting Radiofrequency Beam Separator acceptance, field, impedance, target 356
  • H. Hahn, H.J. Halama
  
The Future of Superconducting Magnets field, quadrupole, radiation, superconducting magnet 361
  • C. Laverick
  
Secondary Beam Magnets for the 200 - BeV Accelerator -- Conventional or Superconducting? field, quadrupole, radiation, septum 372
  • R.B. Meuser
  
Elliptical and Circular Current Sheets to Produce a Prescribed Internal Field field 386
  • R.A. Beth
  
Superconducting Beam Handling Equipment cryogenics, field, quadrupole, shielding 389
  • R.B. Britton, W.B. Sampson
  
Use of Aluminum Coils Instead of Copper Coils in Accelerator Magnet Systems field, radiation, storage-ring, synchrotron 398
  • M.A. Green
  
Methods of Computing the Time Constant and Impedence of Magnets field, impedance, quadrupole, synchrotron 437
  • W.F. Praeg
  
Magnet System for 4- MeV Experimental Separated-Orbit Cyclotron cyclotron, field, focusing, vacuum 456
  • E.D. Hudson, F.E. McDaniel
  
A Sector Magnet for a 10-50 MeV SOC alignment, coupling, field, focusing 460
  • E.D. Hudson, R.S. Lord, F.E. McDaniel
  
Fast Kicker Magnets for the 200 - GeV Accelerator booster, extraction, ferrite, kicker 468
  • A. Faltens, M. Giesch
  
Establishment of Precise Magnetic Fields in the Momentum Analyzing System at SLAC field, induction, magnetic measurements, optics 473
  • E.J. Seppi, J.K. Cobb, D.R. Jensen
  
A Turbine Driven Rotating Coil Magnetometer alignment, coupling, field, radiation 478
  • E.M. Rowe, G.E. Bush, J.W. Hicks
  
Complex of Systems for Measuring the Characteristics and Stabilization of Static Magnetic Fields field, induction, pick-up, resonance 482
  • Yu.N. Denisov
  
Flat Topping the PPA Synchrotron Magnet booster, coupling, field, synchrotron 503
  • D. Huttar, J. Riedel
  
Review of Dynamic Instabilities in Circular Accelerators betatron, field, instability, vacuum 522
  • V.K. Neil
  
Electron Linac Instabilities electron, focusing, linac, quadrupole 529
  • G.A. Loew
  
Studies of Resonant Synchrotron Oscillation Effects Using Moser Transformations acceleration, betatron, resonance, synchrotron 546
  • J.D. Steban, H.K. Meier, K.R. Symon
  
Orbits in Fixed Field Alternating Gradient Synchrotron betatron, equilibrium, field, synchrotron 552
  • C.S. Chien
  
Theory of Longitudinal Instabilities in Synchrotrons, with Applications bunching, injection, instability, synchrotron 562
  • R.L. Pease
  
Beam-Envelope Oscillations with Space Charge in Circular Particle Accelerators acceleration, bunching, resonance, space-charge 567
  • P.M. Lapostolle, L. Thorndahl
  
On the Design of a High Intensity Proton Linear Accelerator bunching, focusing, linac, proton 572
  • P.M. Lapostolle
  
Computer Calculations of Effect of Space Charge on Longitudinal Beam Dynamics in Proton Linear Accelerators acceleration, damping, linac, proton 577
  • A. Benton, C. Agritellis, R. Chasman
  
Space Charge Effects in High Current Linear Electron Accelerator Injection Systems bunching, electron, field, injection 581
  • C.B. Williams, M.H. MacGregor
  
A Relativistically Corrected Three Dimensional Space Charge Analysis of Electron Bunching bunching, electron, field, injection 586
  • J. Haimson, B. Mecklenburg
  
The Design of Low-Beta Insertions for Storage Rings betatron, field, insertion, quadrupole 630
  • P.L. Morton, J.R. Rees
  
Beam Extraction from the Proton Synchrotron extraction, resonance, septum, synchrotron 660
  • M.Q. Barton
  
Slow Extraction from FFAG Accelerators betatron, equilibrium, extraction, field 702
  • C.L Hammer, R.O. Haxby, R. Tucker
  
Completion of Construction and Initial Operation of the SLAC Accelerator electron, focusing, klystron, spectrum 705
  • R.B. Neal
  
The General Atomic Coupled Electron Linear Accelerator electron, linac, neutron, positron 721
  • D.R. Adcock, J.R. Beyster, J.L. Cole
  
Performance Characteristics of the ZGS acceleration, extraction, field, instability 740
  • R.L. Martin
  
Four-Sector Racetrack Microtrons betatron, field, injection, microtron 756
  • H.R. Froelich, E. Brannen
  
Choice of the Injector System for the 200 - BeV Accelerator booster, extraction, injection, space-charge 767
  • J.M. Peterson
  
RF System Considerations in Interlaced-Beam Injector Synchrotrons ferrite, injection, linac, synchrotron 773
  • G.S. Tool, Q.A. Kerns
  
A Ceramic Vacuum Chamber for a Fast-Cycling Proton Synchrotron booster, radiation, synchrotron, vacuum 809
  • P.T. Clee, H.P. Hernandez
  
Experience with Metal and Epoxy Vacuum Chambers and the Development of Alumina Ceramic Vacuum Chambers at the CEA electron, radiation, synchrotron, vacuum 815
  • R.D. Hay, H. Winick
  
Vacuum Behaviour of Various Materials with Radiation and Heat factory, radiation, spectrum, vacuum 821
  • C.L. Gould, J.C. Schuchman
  
Economical Powering of a Large Multiplicity of Sputter-Ion Pumps ion, sputter, vacuum 836
  • T. Carides, J.G. Cottingham
  
Fast-Acting Valve acceleration, proton, synchrotron, vacuum 838
  • J.S. Moenich
  
The Engineering of Accelerator Facilities electron, field, shielding, site 843
  • H.S. Gordon
  
Operation of Accelerators Directly Off the Utility System acceleration, cathode, coupling, deceleration 849
  • A. Rohrmayer
  
The Physical Design of a 200 - MeV Linac Facility alignment, field, linac, vacuum 860
  • P. Grand
  
Modular Accelerator Design cyclotron, extraction, ion, vacuum 872
  • J.L. Tom
  
Capability vs Cost for Servicing and Handling System Choices in 200 - BeV Accelerator Design Study extraction, radiation, shielding, vacuum 887
  • W.W. Salsig
  
Selection of Injector Synchrotron Parameters to Minimize Cost of the 200 - BeV Accelerator booster, emittance, injection, linac 892
  • F.B. Selph, J.M. Peterson
  
Precision Alignment of a Large Beam Transport System alignment, field, laser, quadrupole 903
  • W.B. Herrmannsfeldt, M. Anderson, D. Connell, B. Hooley, J.G. Niforopulos, R.J. O'Keefe, E.J. Seppi, J.M. Voss, H.A. Weidner, J.K. Witthaus
  
Handling High Power Electron Beams electron, radiation, thermal, vacuum 908
  • S. Penner
  
Design, Construction, and Early Operating Experience of the SLAC Beam Switchyard and Experimental Areas electron, radiation, shielding, vacuum 918
  • H. Weidner, J. Harris, E.J. Seppi
  
System for Guiding a Relativistic High-Current Electron Beam electron, field, focusing, vacuum 928
  • W.A. Sherwood
  
Rotating Neutron Target System cooling water, neutron, target, vacuum 938
  • R. Booth
  
A High Power Positron Conversion Target for an Electron Linac electron, positron, target, vacuum 950
  • M.F. Parkins
  
Secondary Beam Targetry Developments field, proton, radiation, target 955
  • D.F. Marcks, R.B. Wehrle
  
Radiation Problems with High-Energy Proton Accelerators proton, radiation, shielding, target 965
  • W.S. Gilbert
  
Residual Radiation Studies for Medium Energy Proton Accelerators cyclotron, proton, radiation, target 977
  • C.B. Fulmer, J.B. Ball, I.R. Williams
  
Radioactivity Produced by a Linac irradiation, linac, radioactivity, spectrum 990
  • J.M. Wyckoff
  
Remote Maintenance Techniques Proposed for the 200 - GeV Accelerator ion, maintenance, radiation, vacuum 997
  • R. Krevitt
  
Automatically and Remotely Welded and Removable Weld Flange Vacuum Joint alignment, radiation, synchrotron, vacuum 1004
  • J.M. Voss
  
The NBS Linac Master Control and Personnel Protection System linac, monitoring, radiation, shielding 1016
  • O.E. Spokas
  
The Control System for the Stanford Linear Accelerator klystron, maintenance, monitoring, radiation 1022
  • K.B. Mallory
  
Computer Control of the Los Alamos Linear Accelerator instrumentation, klystron, proton, radiation 1030
  • H.S. Butler
  
Experiments in Computer Control and Analysis of the AGS field, injection, monitoring, radio-frequency 1042
  • R. Frankel
  
Digital Computer Control of the Bevatron Inflection System controls, emittance, ion, radiation 1044
  • H.D. Lancaster, D.R. Machen
  
The Multiplex Control System for the Cornell 10 - GeV Synchrotron injection, kicker, monitoring, synchrotron 1050
  • R. Littauer, H. Pfeffer
  
On-Line Computer Preparation of Tune Profiles of the Zero Gradient Synchrotron betatron, field, induction, tune 1057
  • M.J. Knott, D.H. Nordby, C.A. Swoboda
  
Instrumentation and Electronics for the SLAC Beam Switchyard instrumentation, monitoring, spectrum, vacuum 1061
  • R. Scholl, R. Coombes, J. Hall, D. Neet, D. Olsen
  
The SLAC Beam Switchyard Control Computer field, magnetic measurements, maintenance, optics 1066
  • S.K. Howry, M. Hu, D. Neet, R. Scholl, E.J. Seppi
  
Control of the Beam Spill at the PPA controls, extraction, synchrotron, target 1071
  • J. Henness, C.L. Kang, J. Kirchgessner, J. Riedel, F.C. Shoemaker
  
The SLAC Long Ion Chamber System for Machine Protection electron, ion, positron, radiation 1096
  • M. Fishman, D. Reagan
  
High Current Beam Scanner alignment, electron, ion, radiation 1099
  • H.E. Wegner, I.L. Feigenbaum
  
A Low Frequency Beam Position Monitor beam position monitor, electron, radiation, thermal 1106
  • L. Johnston, J. Faust, W. Pierce, M. Stangenes
  
Beam Monitors Based on Light Observation for the Beam Switchyard of the Stanford Two-Mile Linear Accelerator electron, radiation, synchrotron, vacuum 1111
  • R.W. Coombes, D. Neet
  
AGS Injector Beam Monitoring System emittance, linac, monitoring, proton 1116
  • A. Otis, B. Devito, R. Larson, R. Lockey, A. van Steenbergen
  
Microwave Beam Position Monitors at SLAC beam position monitor, electron, field, waveguide 1127
  • E.V. Farinholt, Z.D. Farkas, H.A. Hogg
  
The CERN Storage Ring Project field, injection, proton, vacuum 1161
  • K. Johnsen
  
Design Study on 1000 - GeV Cybernetic Accelerator and 1 - GeV Model acceleration, betatron, field, vacuum 1186
  • A.A. Vasiliev
  
The Serpukov 70 - GeV Accelerator betatron, field, injection, vacuum 1190
  • E.A. Myae, L.C.L. Yuan
  
Related Techniques in Thermonuclear Research field, injection, multipole, plasma 1192
  • D.W. Kerst
  
Proton Synchrotrons for Energies above 20- GeV acceleration, proton, site, synchrotron 1204
  • J.P. Blewett