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Keyword: radiation

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Mechanical Design Concepts of Dynamitron Accelerators field, insertion, ion, vacuum 157
  • C.F. Mason
  
X-Radiation from Van De Graaff Accelerator Ion Sources Van de Graaff, accelerator, ion, x-ray 181
  • D.L. Bernard, J.L. Rinehart, N. Vo Long
  
The Development of 2000 - Ampere Diodes for High Current Ferrite Biasing Supplies accelerator, ferrite, impedance, injection 320
  • R.F. Tusting, J.E. Katz, Q. Kerns
  
Pole-Zero Analysis of Distributed Radio-Frequency Acceleration Systems acceleration, accumulation, impedance, radio-frequency 328
  • J.E. Katz, Q. Kerns
  
The Future of Superconducting Magnets accelerator, field, quadrupole, superconducting magnet 361
  • C. Laverick
  
Secondary Beam Magnets for the 200 - BeV Accelerator -- Conventional or Superconducting? accelerator, field, quadrupole, septum 372
  • R.B. Meuser
  
Effect of Fast Neutron Irradiation at Low Temperature on NbZr Coil Performance cyclotron, irradiation, neutron, quench 383
  • R. Benaroya, T.H. Blewitt, J.M. Brooks, C. Laverick
  
Copper-Tape-Wound, Edge-Cooled Solenoid field, solenoid, thermal 393
  • D.W. Morris, J.T. Tanabe, E. Zajec
  
Use of Aluminum Coils Instead of Copper Coils in Accelerator Magnet Systems accelerator, field, storage-ring, synchrotron 398
  • M.A. Green
  
A Prestressed -Core Hollow-Strap-Coil Test Magnet for the Omnitron field, storage-ring, synchrotron, vacuum 405
  • D.T. Scalise, E.H. Hoyer
  
A New Hydrodynamic Liquid Cooling Method for Edge-Cooled, Flat Conductor Magnet Coils and for Liquid-Cooled Ferrite RF Resonator Discs ferrite, impedance, thermal 410
  • J.G. Dorward
  
A Turbine Driven Rotating Coil Magnetometer accelerator, alignment, coupling, field 478
  • E.M. Rowe, G.E. Bush, J.W. Hicks
  
Revised Linac Beam Dynmics Equations field, linac, proton 557
  • B. Schnizer
  
Space Charge Defocussing of Bunched Beams electron, field, impedance, ion 607
  • W.J. Gallagher
  
A Small Helium-3 Cyclotron cyclotron, field, ion, vacuum 733
  • R.M. Main, M.R. Curtis, R. Grazier, P.B. Kennedy, B.H. Smith, D.A. Spence
  
The Operational Experience with Nimrod extraction, kicker, target, vacuum 743
  • D.A. Gray
  
Intense, Nanosecond Electron Beams electron, field, focusing, target 789
  • F.M. Charbonnier, J.P. Barbour, J.L. Brewster, W.P. Dyke, F.J. Grundhauser
  
A Vacuum Chamber System for High Radiation Environment field, synchrotron, thermal, vacuum 804
  • W.B. Hanson, J.S. Moenich, A. Rohrmayer
  
A Ceramic Vacuum Chamber for a Fast-Cycling Proton Synchrotron accelerator, booster, 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 accelerator, electron, synchrotron, vacuum 815
  • R.D. Hay, H. Winick
  
Vacuum Behaviour of Various Materials with Radiation and Heat accelerator, factory, spectrum, vacuum 821
  • C.L. Gould, J.C. Schuchman
  
Conversion of AGS Ring to Modular Construction field, insertion, maintenance, vacuum 867
  • D. Hoober, V.J. Buchanan
  
Capability vs Cost for Servicing and Handling System Choices in 200 - BeV Accelerator Design Study accelerator, extraction, shielding, vacuum 887
  • W.W. Salsig
  
Handling High Power Electron Beams accelerator, electron, thermal, vacuum 908
  • S. Penner
  
Design, Construction, and Early Operating Experience of the SLAC Beam Switchyard and Experimental Areas accelerator, electron, shielding, vacuum 918
  • H. Weidner, J. Harris, E.J. Seppi
  
Beam Dumps, Energy Slits and Collimators at SLAC - - Their Final Versions and First Performance Data alignment, electron, thermal, vacuum 923
  • D.R. Walz, L.R. Lucas, E.J. Seppi, R.J. Vetterlein, H.A. Weidner
  
Water Cooled Targets for Intense Ion Beams ion, neutron, target, thermal 933
  • P.R. Hanley, A.W. Haberl, A. Taylor
  
High Current Target for Positive Ion Accelerators ion, neutron, proton, target 943
  • R.F. Seiler, M.R. Cleland, H.E. Wegner
  
Secondary Beam Targetry Developments accelerator, field, proton, target 955
  • D.F. Marcks, R.B. Wehrle
  
Targetry Used on the Bevatron to Extract Secondary Experimental Beams damping, field, target, vacuum 960
  • K.F. Stone
  
Radiation Problems with High-Energy Proton Accelerators accelerator, proton, shielding, target 965
  • W.S. Gilbert
  
Residual Radiation Studies for Medium Energy Proton Accelerators accelerator, cyclotron, proton, target 977
  • C.B. Fulmer, J.B. Ball, I.R. Williams
  
A Survey of Radiation Doses and Induced Activity at the ZGS from September 1965 to September 1966 neutron, survey, thermal, vacuum 985
  • H. Lucks, S.M. Marcowitz
  
Remote Maintenance Techniques Proposed for the 200 - GeV Accelerator accelerator, ion, maintenance, vacuum 997
  • R. Krevitt
  
Automatically and Remotely Welded and Removable Weld Flange Vacuum Joint accelerator, alignment, synchrotron, vacuum 1004
  • J.M. Voss
  
The AGS Magnet Enclosure Beam Spill and Personnel Saftey Monitor maintenance, monitoring, synchrotron, target 1010
  • C. Distenfeld, R. Colvett, J. Lamplough
  
The NBS Linac Master Control and Personnel Protection System accelerator, linac, monitoring, shielding 1016
  • O.E. Spokas
  
The Control System for the Stanford Linear Accelerator accelerator, klystron, maintenance, monitoring 1022
  • K.B. Mallory
  
Computer Control of the Los Alamos Linear Accelerator accelerator, instrumentation, klystron, proton 1030
  • H.S. Butler
  
Digital Computer Control of the Bevatron Inflection System accelerator, controls, emittance, ion 1044
  • H.D. Lancaster, D.R. Machen
  
Data Transmission Across High Voltage Interfaces Via Light Links acceleration, feedback, ion, timing 1074
  • E.C. Budge
  
The SLAC Long Ion Chamber System for Machine Protection accelerator, electron, ion, positron 1096
  • M. Fishman, D. Reagan
  
High Current Beam Scanner accelerator, alignment, electron, ion 1099
  • H.E. Wegner, I.L. Feigenbaum
  
A Low Frequency Beam Position Monitor accelerator, beam position monitor, electron, 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 accelerator, electron, synchrotron, vacuum 1111
  • R.W. Coombes, D. Neet
  
Measurement and Monitoring of the Ejected Proton Beam "58" of the CERN Proton Synchrotron feedback, instrumentation, monitoring, proton 1155
  • V. Agoritsas, S. Battisti, C. Bovet, D. Dekkers, L. Henny, L. Hoffmann, K.H. Reich, W. Riezler, J. Robert, M. van Rooy