Keyword: accelerator

Title	Other Keywords	Page
Computer Control of High Energy Accelerators	field, injection, synchrotron, timing	1
L. G. Lewis
Linac Alignment Techniques	alignment, laser, light source, target	9
W.B. Herrmannsfeldt
The Application of a Digital Computer to the Control and Monitoring of a Proton Linear Accelerator	controls, monitoring, proton, timing	21
T.M. Putnam, R.A. Jameson, T. M. Schultheis
Electronic Instrumentation and Control at the Princeton-Pennsylvania Accelerator	chopper, injection, simulation, vacuum	31
J. Riedel, T. F. Droege, C.L. Kang, J. Kirchgessner
Multiplex Control and Monitoring of a Large Accelerator	alignment, electron, monitoring, vacuum	36
R. Littauer
Precision Phase Adjustment of a Linear Accelerator High Power Waveguide Feed Network	impedance, klystron, modulator, waveguide	39
R. Alvarez, R. Borghi, J. Weaver
Instrumentation and Controls for the Stanford Linear Accelerator	controls, instrumentation, klystron, radiation	44
L. H. Johnston
Accelerator Alignment - A Problem in Feedback-Control Systems	alignment, radiation, survey, vacuum	48
B. L. Kortegaard
The Effect of Accelerator Parameters on Mechanical Tuning of rf Cavities	acceleration, field, radiation, rf cavities	65
M.A. Green
A Synchronization Pulse for the Princeton-Pennsylvania Accelerator	Van de Graaff, field, injection, proton	74
M. Awschalom, M. V. Isaila, F.C. Shoemaker
Grid-Controlled Power Tubes in Particle-Accelerator Applications	electron, linac, modulator, vacuum	76
M. V. Hoover
High Power Klystrons	field, focusing, gun, klystron	86
J. V. Lebacqz
A Comparison of Triodes and Klystrons for Particle Accelerator Applications	field, klystron, modulator, synchrotron	96
A. J. Morris, C. A. Martin-Vegue
Design, Construction, and Testing of RF Structures for a Proton Linear Accelerator	coupling, field, impedance, proton	118
E.A. Knapp
Design of the RF Phase and Amplitude Control System for a Proton Linear Accelerator	damping, field, proton, resonance	138
R.A. Jameson, N. A. Lindsay, T.F. Turner
Electron Analog Tests of Proton Linear Accelerator Structure	chopper, electron, field, gun	144
J. E. Brolley, Jr., C. R. Emigh, D. W. Mueller
A Proposed AGS Accelerating Cavity	ferrite, impedance, injection, tune	148
M. Plotkin
High-Power Test on a Cloverleaf Cavity	impedance, vacuum, waveguide, x-ray	156
J. R. Parker, J. D. Doss, R. W. Freyman, E.A. Knapp, W. J. Shlaer
Resonantely Coupled Accelerating Structures for High-Current Proton Linacs	coupling, field, impedance, proton	159
B. C. Knapp, E.A. Knapp, G.J. Lucas, J.M. Potter
An 805-Mc, 1 1/4 - MW Amplifier for Accelerator Service	factory, modulator, proton, waveguide	166
D.C. Hagerman, J. D. Doss, R. W. Freyman, J. R. Parker
The Amplitron as a High Power, Efficient, RF Power Source for Long Pulse, High Resolution Linear Accelerators	cathode, cw, modulator, vacuum	169
T. E. Ruden
Window Materials Design and Properties for Use in High Power Klystrons	dielectric, field, klystron, thermal	180
R. W. Bierce, W.R. Fowkes, J. H. Jasberg
Ferrite Measurements for Synchrotron RF Accelerating System Design	ferrite, field, resonance, tune	185
Q.A. Kerns, J.E. Katz, G.S. Tool
Accurate Field Level and Phase Control and Monitoring for a Proton Linear Accelerator	field, impedance, monitoring, proton	195
K. Batchelor, G. Gallagher-Daggitt
High Power UHF Components for DESY	acceleration, klystron, vacuum, waveguide	208
G. Schaffer
Triodes and Klystrons at Ultra-High Frequency	electron, klystron, proton, vacuum	222
O. C. Lundstrom
Dynamitrons of the Future	acceleration, coupling, ion, proton	227
M.R. Cleland, P. Farrell
Tandem Accelerators of the Future	acceleration, electron, injection, ion	235
E. A. Burrill
Ion-Gas Collisions during Beam Acceleration	electron, ion, ionization, spectrum	242
E. M. Kellogg
The Tandem as a Heavy Ion Accelerator	field, ion, target, vacuum	251
P.H. Rose, K.H. Purser, A. B. Wittkower
A Source of He++ Ions for a Van de Graaff Accelerator	Van de Graaff, acceleration, field, ion	257
J. L. Weil, I. J. Taylor
A 14 MeV Neutron Source Capable of Delivering a 1000 Rad Dose Uniformly Over a 6x6 - Foot Area	deuteron, ion, neutron, target	262
A. A. Fleischer, N. E. Jorgensen, R. F. Nissen, D.K. Wells, F.C. Younger
Sulphur Hexafluoride - Its Properties and Use as a Gaseous Insulator in Van de Graaff Accelerators	Van de Graaff, dielectric, field, thermal	266
P. G. Ashbaugh, M. F. James, D. W. McAdam
Electron Accelerators for Electron Microscopy in the 1 MeV Range	electron, electron gun, field, gun	270
G. Reinhold, H. Adler, R. Minkner
A New Low Energy Heavy Ion Accelerator	emittance, ion, radiation, target	282
R. Laubert, N. Wotherspoon
The Symmetrical Cascade Rectifier: An Accelerator Power Supply in the Megavolt and Milliampere Range	coupling, field, ion, target	288
G. Reinhold, J. Bill, K. Truempy
Stabilized High Voltage DC Power Supplies of the Sheilded Design	coupling, damping, ion, irradiation	293
G. Reinhold, R. Minkner, K. Truempy
Energy Regulation of a 3 Mv Van de Graaff Positive Ion Accelerator by Modulation of the Ion Source Dark Current	Van de Graaff, feedback, ion, proton	296
M. V. Isaila, H. L. Allen
Ion Pump Operation on 5.5 Me V and 12MeV Van de Graaff Accelerator	Van de Graaff, ion, proton, vacuum	299
C. T. Adams
A High Efficiency Ion Optical System for Tandem Accelerators	acceptance, field, injection, ion	313
N.B. Brooks, R. P. Bastide, K.H. Purser, M. Roos, P.H. Rose, A. B. Wittkower
Magnet Design in High- Energy Accelerators	field, focusing, injection, synchrotron	317
M. H. Blewett
Magnet Exciting Coils	cooling water, electron, quadrupole, vacuum	344
D. D. Jacobus
Frequency Dependence of the Resistance and Inductance of Solid Core Magnets	electron, field	349
G. Gonzalez, A. Brambilla
Synchrotron - Magnet Cost Studies	field, power-supply, proton, synchrotron	354
C. G. Dols, R. A. Kilpatrick
A High Field Magnet for the Alternating-Gradient Synchrotron	field, vacuum	359
G. Parzen
Measurement and Shaping of the Fringing Fields of the Princeton-Pennsylvania Accelerator Magnets	field, focusing, proton, synchrotron	401
M. Awschalom, M. V. Isaila, P. J. Reardon, F.C. Shoemaker
Measurement of the Magnetic Median Surface of the Princeton-Pennsylvania Accelerator	field, injection, pick-up, vacuum	405
M. Awschalom
Computer Calculations of the Magnetic Field of Alternating Gradient Synchrotron Magnets	field, injection, septum, synchrotron	408
P. F. Dahl, R.S. Christian, G. Parzen
Variable Mode Solid State Magnet Cycle Timer	field, monitoring, proton, timing	427
R. Frankel
High Repition Rate Pulsers for Beam Switching Magnets	electron, field, impedance, vacuum	430
J.L. Cole, I. C. Lutz, J. J. Muray
Machine Operation at the Brookhaven Alternating Gradient Synchrotron	field, ion, synchrotron, target	439
R. R. Adams, W. F. Gefers, J. Spiro
Practical Operating Problems at the RPI Linac	klystron, linac, maintenance, waveguide	449
R. Krasse, R. Browne, R. Fullwood
A Comparison of Theoretical and Actual Beam Performance of a 140 MeV Electron Linear Accelerator at the University of Saskatchewan	electron, field, injection, waveguide	457
J. Haimson, L. Katz
Positron Production with the USNRL Linac	electron, linac, positron, spectrum	462
M. E. Toms, T.F. Godlove
A Positron Linear Accelerator Design	electron, emittance, positron, solenoid	465
C.S. Nunan
A Storage Ring for 10 BeV Muons	acceptance, betatron, muon, target	470
J. Tinlot, D. Green
Comparison of Colliding and Single Beam Proton Accelerators	equilibrium, field, proton, site	476
W. M. Brobeck
An Accelerator for Isotope Conversion - The Recycle Accelerator	betatron, equilibrium, injection, target	479
M.S. Zucker, B. Manowitz, M. Steinberg
Proposed High Intensity, High Energy Cyclotron for Light and Heavy Ions	cyclotron, extraction, field, ion	484
J.J. Livingood, K.W. Johnson, T.K. Khoe, G.S. Mavrogenes, W. J. Ramler, R. A. Winje
A Waveguide Resonant Ring Electron Accelerator	coupling, electron, field, waveguide	494
S. D. Winter
Injector and Waveguide Design Parameters for a High-Energy Electron-Positron Linear Accelerator	chopper, field, injection, waveguide	499
J. Haimson
Use of an Isochronus Cyclotron for Neutron Time-of-Flight Experimentation	bunching, cyclotron, klystron, neutron	512
H.A. Howe, M. Reiser, A. Svanheden
Power System Operation at the Cambridge Electron Accelerator	electron, maintenance, tune, vacuum	517
W. S. C. Henry
Flexibility in Accelerator Engineering Housing	cyclotron, electron, shielding, site	535
I. Mackinlay
Controlling Accelerator Engineering Costs		540
R. Avery, D. J. Breuner
A Hypervelocity Microparticle Linear Accelerator for Use in Micrometeoric Simulation	field, focusing, ion, vacuum	544
E. H. Dingman
Beam Instabilities in Circular Accelerators	field, instability, proton, space-charge	550
E.D. Courant
Analysis of Longitudinal Accelerator Instabilities	injection, instability, plasma, vacuum	561
R.L. Pease
Beam Loading in Linear Accelerators	beam-loading, electron, field, waveguide	566
J.E. Leiss
Beam Dynamics Problems in a High Energy Electron Linac	electron, field, focusing, positron	580
G.A. Loew, R.H. Helm
Study of Some Transversal Motions of the Electron Beam of a Linac	electron, field, focusing, linac	593
R. Bergere, A. Veyssiere
Computer Program for High-Current Electron Accelerator	electron, feedback, field, waveguide	613
R. M. Bevensee
Optimization of Magnetic Lenses for Waveguide Portion of a Proton Linac	acceptance, field, proton, waveguide	617
W. M. Visscher
Electrical Behavior of Long Linac Tanks and a New Tank-Coupling Scheme	alignment, coupling, linac, proton	623
B. C. Knapp, E.A. Knapp, G.J. Lucas, D.E. Nagle, J.M. Potter
Calculation of Space Charge Effects in Beam Transport	acceleration, acceptance, emittance, field	634
R. C. Catura
Beam Dynamical Calculations with Realistic Fields in a Drift Tube Linear Accelerator	acceptance, emittance, field, quadrupole	639
M. Rich
A Sloan-Lawrence Accelerator with Self-Focusing Accelerating Structure	focusing, injection, ion, quadrupole	652
D. Boussard, A. Septier
Induced Radioactivity and Remote Handling Methods for Accelerators	coupling, radioactivity, shielding, target	656
A. J. Gorka
Proposed Remote Handling Methods for a Modified AGS	feedback, maintenance, radiation, shielding	668
C. R. Flatau
Residual Radiation Studies	proton, radiation, spallation, target	673
C.B. Fulmer, M. Barbier, K.S. Toth
Radioactive Gas Production from the R. P. I. Electron Linear Accelerator	electron, linac, radiation, target	678
J. E. Russell, R. M. Ryan
Effect of Nuclear Radiation on Magent Insulation in High-Energy Accelerators	irradiation, radiation, thermal, vacuum	683
H. Brechna
Microwave and Fast-Acting Valves and Vacuum Couplings for Accelerators	klystron, radiation, vacuum, waveguide	694
A. L. Eldredge, R. J. Allyn, M. Heinz, A. J. Keicher
The Stanford Two-Mile Linear Accelerator Vacuum System	field, klystron, vacuum, waveguide	699
S. R. Conviser
Radiation Measurement Work at the Princeton-Pennsylvania Accelerator	neutron, radiation, shielding, synchrotron	708
M. Awschalom, F.L. Larsen
Shielding Doors	cyclotron, radiation, shielding, solenoid	712
L. R. Glasgow, J. M. Haughian
An Accelerator Radiation Protection System	field, ion, ionization, radiation	718
G. F. Wells, W. E. Lingar
Servo System for Automatic Dose Control	insertion, monitoring	725
C. J. Murphy, R. D. Cooper, R. A. Meyer
Design Concepts of Modern Accelerator Vacuum Systems - Prediction vs. Experimental Data	ionization, radiation, synchrotron, vacuum	734
F. S. Reinath, D.T. Scalise
Accelerator Vacuum Problems: In-Line Oil Trapping Between the Stanford Linear Accelerator and the Beam Switchyard	injection, ion, vacuum, waveguide	740
E. L. Hoyt, E.L. Garwin
Fast All-Metal Six-Inch Valve	acceleration, deceleration, radiation, vacuum	743
J. Boyd
Developments in Gridded Ion Lenses	brilliance, electron, focusing, ion	765
J. W. Johnson
High Voltage Technology	acceleration, dielectric, field, vacuum	780
A. S. Denholm
Survey of Injection-System Design	betatron, injection, proton, synchrotron	792
W. A. S. Lamb
The SLAC Injector	bunching, electron, emittance, spectrum	804
R.H. Miller, R.F. Koontz, D. D. Tsang
Electron Attachment to Medium-Energy Ions	background, electron, field, ion	809
M. B. Sampson, F. J. Bartis, W. W. Eidson
Stabilized DC Power Supplies for Beam Injection into Orbital Accelerators	coupling, injection, ion, synchrotron	820
G. Reinhold, R. Minkner
Injector Pulsor for Linac Picosecond Operation	cathode, electron, gun, radiation	830
R. K. Hanst, N. J. Norris
A 45 Inflection System for the Stanford Two-Mile Accelerator	field, focusing, quadrupole, sextupole	842
W.B. Herrmannsfeldt, R.H. Miller
The Cambridge Electron Accelerator Beam Position Monitors	beam position monitor, electron, impedance, synchrotron	856
L. Law, L. Holcomb
Position Monitoring Electronics for the Stanford Linear Accelerator	coupling, electron, feedback, monitoring	862
R.S. Larsen, H. A. Woods
Water Cooled Beam Dumps and Collimators for the Stanford Linear Accelerator	electron, radiation, thermal, vacuum	867
D. Walz, E.L. Garwin, J. Jurow
Extracted and Secondary Beam Targetry	feedback, field, proton, target	887
D.F. Marcks, R.B. Wehrle
Beam Bump Method of Target Engagement	betatron, electron, equilibrium, target	899
R.J. Averill
The Magnetic Shielding System for the Stanford Two-Mile Accelerator	disk-loaded waveguide, field, shielding, waveguide	929
W.B. Herrmannsfeldt
The External Electron Beam Facility at the Cambridge Electron Accelerator	electron, emittance, extraction, vacuum	931
J.M. Paterson
Secondary Emission from Thin Metal Foils Bombarded with 70 - MeV Electrons	electron, spectrum, target, vacuum	935
S. A. Blankenburg, J.K. Cobb, J. J. Muray
Removal of the RF Microstructure from the Proton Linear Accelerator Beam	cyclotron, field, linac, proton	949
R. D. Edge, V. W. Hughes, J. Sandweiss
Beam Switchyard Instrumentation for the Stanford Two-Mile Accelerator	electron, radiation, spectrum, vacuum	957
D. A. G. Neet
The External Proton Beam for the Princeton-Pennsylvania Accelerator	extraction, field, quadrupole, septum	962
J. W. Benoit, K. B. Conner, J. Kirchgessner, F.C. Shoemaker
The RF Traveling Wave Particle Deflector	dielectric, field, impedance, travelling wave	965
W.J. Gallagher
Beam Pulse Selector for a Sector Focused Cyclotron	acceleration, cyclotron, field, focusing	977
A. Svanheden, H.A. Howe, M. Reiser
Beam Scanner for the Oxford Electrostatic Tandem Accelerator	field, light source, resonance, vacuum	980
J. Takacs
Meson Factories	cyclotron, factory, field, proton	1012
J.R. Richardson
Super-Energy Accelerators	field, kicker, proton, site	1042
L. Smith
Superconducting Accelerators	electron, field, impedance, synchrotron	1045
P.B. Wilson, H.A. Schwettman