Title |
Other Keywords |
Page |
Production of Negative Helium Ions by Nearly-Resonant Charge Exchange in Potassium |
accelerator, collimation, emittance, ion |
75 |
- R.M. Ennis, Jr., B. Donnally, D.E. Schechter, D. B. Schlafke, G. Thoeming
|
|
Modification of an Ion Source for the Production of Microampere 4He- Beams* |
alignment, deuteron, ion, proton |
82 |
- J. John, J.P. Aldridge, K.R. Chapman, R.H. Davis, C.P. Robinson, W.J. Wallace
|
|
A Differential Pumping Tube for Electrostatic Accelerators |
accelerator, electron, field, ion |
126 |
|
|
High Gradient Accelerating Column Design and Construction |
accelerator, emittance, ion, thermal |
129 |
|
|
Highly Stabilized Electron Accelerators for Electron Microscopy at Extra-High Voltages |
acceleration, accelerator, electron, gun |
134 |
|
|
An Original Neutron Generator Using a Short Structure Accelerating System and Turbomolecular Pumping |
acceleration, accelerator, ion, target |
151 |
|
|
Mechanical Design Concepts of Dynamitron Accelerators |
field, insertion, ion, radiation |
157 |
|
|
An Improved Sulphur Hexafluoride Gas Handling System for a Potential Drop Partical Accelerator |
accelerator, accumulation, solenoid, thermal |
187 |
- S.J. Marsik, J.C. Deraimo, F.R. Stevenson
|
|
Fast Automatic Phase and Amplitude Control of High-Power RF Systems |
accelerator, field, linac, proton |
205 |
- R.A. Jameson, W.J. Hoffert
|
|
RF System Design for the SLAC Storage Ring |
coupling, electron, field, lifetime |
229 |
- M.A. Allen, R.A. McConnell
|
|
Selection of a Lamination Shape for a Fast-Cycling Alternating-Gradient Magnet Core |
field, focusing, lattice, synchrotron |
377 |
|
|
A Prestressed -Core Hollow-Strap-Coil Test Magnet for the Omnitron |
field, radiation, storage-ring, synchrotron |
405 |
|
|
Magnet Design for Very High Energy Synchrotron Employing a Separated Function Magnet Lattice |
field, injection, lattice, quadrupole |
431 |
- G.T. Danby, J.E. Allinger, J.W. Jackson
|
|
Magnet System for 4- MeV Experimental Separated-Orbit Cyclotron |
accelerator, cyclotron, field, focusing |
456 |
- E.D. Hudson, F.E. McDaniel
|
|
Protective Relaying and Monitoring of the Ring Magnet Power Supply for the Argonne National Laboratory Zero Gradient Synchrotron |
cathode, cooling water, field, monitoring |
507 |
|
|
Review of Dynamic Instabilities in Circular Accelerators |
accelerator, betatron, field, instability |
522 |
|
|
Throbbing Beam Instabilities in Particle Accelerators and Storage Rings |
Landau damping, betatron, damping, quadrupole |
602 |
- M.J. Lee, F.E. Mills, P.L. Morton
|
|
ZGS External Proton Beam |
extraction, proton, scattering, target |
688 |
- L.G. Ratner, A.M. Glowacki, T. de Parry
|
|
Operation and Performance of a Compact, Isochronous Cyclotron |
controls, cyclotron, extraction, ion |
729 |
- J.R. Mulady, G.O. Hendry, C.G. Smith, J.L. Tom, D.K. Wells
|
|
A Small Helium-3 Cyclotron |
cyclotron, field, ion, radiation |
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, radiation, target |
743 |
|
|
Nevis Synchrocyclotron Improvement Program |
cyclotron, field, focusing, proton |
764 |
- R. Cohen, E. Baron, J. Rainwater
|
|
Some Recent Developments in Vacuum Techniques for Acclerators and Storage Rings |
electron, ion, ionization, sputter |
794 |
|
|
A Vacuum Chamber System for High Radiation Environment |
field, radiation, synchrotron, thermal |
804 |
- W.B. Hanson, J.S. Moenich, A. Rohrmayer
|
|
A Ceramic Vacuum Chamber for a Fast-Cycling Proton Synchrotron |
accelerator, booster, radiation, synchrotron |
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, radiation, synchrotron |
815 |
|
|
Vacuum Behaviour of Various Materials with Radiation and Heat |
accelerator, factory, radiation, spectrum |
821 |
- C.L. Gould, J.C. Schuchman
|
|
Improvement of Hydrogen Pumping Characteristics of Penning Discharge Getter-Ion-Pumps |
cathode, equilibrium, impedance, thermal |
831 |
- C.M. Turner, G.W. Bennett, J.G. Marinuzzi
|
|
Economical Powering of a Large Multiplicity of Sputter-Ion Pumps |
accelerator, ion, sputter |
836 |
- T. Carides, J.G. Cottingham
|
|
Fast-Acting Valve |
acceleration, accelerator, proton, synchrotron |
838 |
|
|
Expansion of the Bevatron External Proton Beam Experimental Facilities |
beam-transport, proton, shielding, target |
854 |
|
|
The Physical Design of a 200 - MeV Linac Facility |
accelerator, alignment, field, linac |
860 |
|
|
Conversion of AGS Ring to Modular Construction |
field, insertion, maintenance, radiation |
867 |
|
|
Modular Accelerator Design |
accelerator, cyclotron, extraction, ion |
872 |
|
|
Variable Energy Cyclotron |
cyclotron, feedback, instrumentation, ion |
876 |
- W.A. McFarlin, D.V. Dikinis, D.J. Goerz, Jr.
|
|
Capability vs Cost for Servicing and Handling System Choices in 200 - BeV Accelerator Design Study |
accelerator, extraction, radiation, shielding |
887 |
|
|
Handling High Power Electron Beams |
accelerator, electron, radiation, thermal |
908 |
|
|
Design, Construction, and Early Operating Experience of the SLAC Beam Switchyard and Experimental Areas |
accelerator, electron, radiation, shielding |
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, radiation, thermal |
923 |
- D.R. Walz, L.R. Lucas, E.J. Seppi, R.J. Vetterlein, H.A. Weidner
|
|
System for Guiding a Relativistic High-Current Electron Beam |
accelerator, electron, field, focusing |
928 |
|
|
Rotating Neutron Target System |
accelerator, cooling water, neutron, target |
938 |
|
|
A High Power Positron Conversion Target for an Electron Linac |
accelerator, electron, positron, target |
950 |
|
|
Targetry Used on the Bevatron to Extract Secondary Experimental Beams |
damping, field, radiation, target |
960 |
|
|
Induced Radioactivity and Related Measurements in a 3 - GeV High Current Proton Synchrotron |
ionization, neutron, radioactivity, synchrotron |
980 |
- M. Awschalom, F.L. Larsen, W. Schimmerling
|
|
A Survey of Radiation Doses and Induced Activity at the ZGS from September 1965 to September 1966 |
neutron, radiation, survey, thermal |
985 |
|
|
Remote Maintenance Techniques Proposed for the 200 - GeV Accelerator |
accelerator, ion, maintenance, radiation |
997 |
|
|
Automatically and Remotely Welded and Removable Weld Flange Vacuum Joint |
accelerator, alignment, radiation, synchrotron |
1004 |
|
|
Instrumentation and Electronics for the SLAC Beam Switchyard |
accelerator, instrumentation, monitoring, spectrum |
1061 |
- R. Scholl, R. Coombes, J. Hall, D. Neet, D. Olsen
|
|
Beam Monitors Based on Light Observation for the Beam Switchyard of the Stanford Two-Mile Linear Accelerator |
accelerator, electron, radiation, synchrotron |
1111 |
|
|
Plunging Faraday Cup System and a Slit System for Use in the Zero Gradient Synchrotron Short Straight Sections |
controls, insertion, target, timing |
1138 |
- R.V. Batch, T.D. Cassidy, W.H. DeLuca
|
|
A Single Pulse Transverse Phase Space Beam Analyser |
emittance, ferrite, field, linac |
1143 |
- Th.J.M. Sluyters, R. Damm, A. Otis
|
|
The CERN Storage Ring Project |
accelerator, field, injection, proton |
1161 |
|
|
Storage Rings for Electrons and Positrons |
betatron, field, focusing, instability |
1169 |
|
|
Design Study on 1000 - GeV Cybernetic Accelerator and 1 - GeV Model |
acceleration, accelerator, betatron, field |
1186 |
|
|
The Serpukov 70 - GeV Accelerator |
accelerator, betatron, field, injection |
1190 |
|
|
Present Day Electron Synchrotrons for Energies above 3- GeV |
electron, field, injection, linac |
1197 |
|
|