Title |
Other Keywords |
Page |
Operating Results from Fermilab |
booster, extraction, injection, proton |
929 |
|
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Contributions of the Accelerator Fraternity to the Solution of Energy Problems |
electron, field, ion, plasma |
936 |
|
|
Uses of Accelerators in Energy R&D |
ion, irradiation, neutron, target |
940 |
|
|
Advances in Electrostatic Accelerators |
acceleration, booster, ion, lifetime |
946 |
|
|
Harp, A Short Pulse, High Current Electron Beam Accelerator |
dielectric, electron, field, impedance |
975 |
|
|
The VEBA Relativistic Electron Accelerator |
coupling, electron, field, impedance |
983 |
|
|
Research Performances on Superconducting Devices for Collective Accelerator in JINR |
acceleration, field, solenoid, vacuum |
1003 |
- Yu.V. Muratov, N.B. Rubin, V.P. Sarantsev, Yu.A. Shishov, Yu.I. Smirnov, A.G. Zeldovich
|
|
Experimental Investigation of Linear-Beam Collective Ion Acceleration in Vacuum |
acceleration, electron, ion, plasma |
1006 |
- G.T. Zorn, C.N. Boyer, H. Kim
|
|
Analysis of the Resonant Transformer Accelerator in the Gated and Ungated Beam Mode |
coupling, dielectric, electron, resonance |
1026 |
|
|
Reliability Engineering for Facility Effectiveness |
field, klystron, maintenance, software |
1030 |
|
|
The Feasibility and Advantages of Commercial Process I/O Systems for Accelerator Control |
CAMAC, diagnostics, instrumentation, software |
1036 |
- R.A. Belshe, V.P. Elischer, V. Jacobson
|
|
Radioactivity, Shielding, Radiation Damage, and Remote Handling |
proton, radiation, shielding, target |
1042 |
|
|
Double Pass Linear Accelerator - Reflexotron |
acceleration, electron, field, gun |
1060 |
- S.O. Schriber, E.A. Heighway
|
|
Applications of Microprocessors in Accelerators |
CAMAC, controls, instrumentation, software |
1065 |
|
|
The AGS Beam Loss Monitoring System |
extraction, linac, monitoring, radiation |
1069 |
- G.S. Levine, J.C. Balsamo, Jr.
|
|
Calorimetric Determination of Beam Energy |
electron, gun, ion, thermal |
1072 |
- G.H. Miller, G.J. Lockwood
|
|
The Use of Digital Techniques for Automatic RF Control of the CS-15 Compact Clyclotron |
cathode, coupling, cyclotron, vacuum |
1076 |
- T.Y.T. Kuo, J. Conti, J.S. Laughlin, R. Lee, M. Shufer
|
|
Increasing the Relevance of Data Presented to the Operators in an Accelerator Control System |
field, proton, software, synchrotron |
1082 |
|
|
Control Through a System of Small Computers |
linac, monitoring, quadrupole, software |
1086 |
|
|
SLAC8's - A Distributed Acclerator Control and Monitoring System |
controls, klystron, maintenance, monitoring |
1088 |
|
|
An Improved Design for the Fermilab SEPTA |
cathode, extraction, septum, vacuum |
1091 |
- J. Walton, R. Andrews, H. Edwards, M. Palmer
|
|
Problem of Work on a High Energy Synchrotron Submitted to Large Radiation Dose |
proton, radiation, radioactivity, synchrotron |
1100 |
|
|
A Fully CAMAC Interfaced Computer Control System for the VICKSI-Accelerators |
CAMAC, cyclotron, maintenance, software |
1109 |
|
|
Superconducting Magnets and Cryogenics |
alignment, field, radiation, superconductivity |
1116 |
|
|
The Fermilab Energy Doubler, A Two-Year Progress Report |
extraction, field, injection, proton |
1125 |
- W.B. Fowler, D. Drickey, P. J. Reardon, B.P. Strauss, D.F. Sutter
|
|
ESCAR Superconducting Magnet System |
field, multipole, proton, vacuum |
1129 |
- W.S. Gilbert, M.A. Green, R.B. Meuser, W.L. Pope
|
|
Performance Studies of Superconducting Dipoles for the Fermilab Energy Doubler |
cryogenics, field, injection, quench |
1137 |
- D. Drickey, R. Flora, B.P. Strauss, D.F. Sutter
|
|
Superconducting Cavities for Synchrotron Use |
electron, field, synchrotron, vacuum |
1141 |
- J. Kirchgessner, H. Padamsee, H.L. Phillips, D. Rice, R. Sundelin, M. Tigner, E. von Borstel
|
|
Ultra-Short Pulses of Heavy Ions |
bunching, heavy-ion, ion, linac |
1148 |
- L.M. Bollinger, R. Benaroya, J.J. Bicek, Jr., B.E. Clifft, A.H. Jaffey, K.W. Johnson, T.K. Khoe, F.J. Lynch, J.M. Nixon, W.A. Wesolowski, B. Zeidman
|
|
Superconducting Re-Entrant Cavities for Heavy Ion Linacs |
coupling, field, ion, vacuum |
1153 |
- P.H. Ceperley, I. Ben-Zvi, H.F. Glavish, S.S. Hanna
|
|
Magnetoresistance Elements for the Measurement and Control of Harmonics in Superconducting Accelerator Magnets |
field, monitoring, quadrupole, sextupole |
1157 |
- W.B. Sampson, K.E. Robins, M.G. Thomas
|
|
Electrical Protection of Superconducting Magnet Systems |
coupling, field, quench, superconducting magnet |
1160 |
|
|
The ESCAR Helium Refrigeration System |
quench, synchrotron, thermal, vacuum |
1168 |
|
|
Investigations of Superconducting Helix Resonators for a Heavy Ion Post Accelerator |
electron, field, ion, superconductivity |
1172 |
- B. Piosczyk, G. Hochschild, E. Jaeschke, R. Repnow, J.E. Vetter, Th. Walcher
|
|
A New Superconducting Heavy Ion Accelerating Structure Using Chemically Polished Lead Surfaces |
field, ion, radiation, superconductivity |
1179 |
- K.W. Shepard, G.J. Dick, J.E. Mercereau
|
|
Thermal Conductance Measurements of Mechanical Supports for Superconducting Magnets |
radiation, shielding, thermal, vacuum |
1183 |
|
|
Storage Accelerator Bending Magnet without Median Plane Symmetry |
field |
1188 |
|
|
Tests on S-Band Superconducting Niobium Prototype Accelerator Structures |
electron, field, radiation, vacuum |
1197 |
- P. Kneisel, C. Lyneis, J.P. Turneaure
|
|
Fermilab High-Field Option POPAE Dipole - Magnetostatics |
field, multipole |
1204 |
|
|
Fermilab Energy Doubler Magnets-Magnetostatics |
extraction, field, focusing, quadrupole |
1206 |
|
|
Industrial Applications of Small Accelerators |
ion, neutron, proton, x-ray |
1216 |
|
|
Highly Stabilized Power Supply for Spectrometer |
controls, electron, feed forward, feedback |
1229 |
|
|
Design and Performance Aspects of a Precision High-Current Power Supply |
booster, feedback, ferrite, maintenance |
1238 |
|
|
A 110 kA Rapid-Pulsing Power Supply |
booster, field, impedance, injection |
1242 |
|
|
A Multiple Flattop Control System for the Fermilab Main Accelerator Power Supplies |
acceleration, extraction, field, software |
1247 |
|
|
Digital Controlled Frequency for Synchrotron Acceleration |
acceleration, feedback, field, ion |
1261 |
- M. Clinnick, J. Greer, J. Guggemos, R. Kilgore, D. Rondeau
|
|
The Radio Frequency System for the Indiana University Isochronous Separated Sector Cyclotron |
coupling, cyclotron, field, impedance |
1265 |
- W.J. Hoffert, G. Donica, H. Herman, H.J. Varga
|
|
Design and Operation of the SPEAR II RF System |
coupling, feedback, klystron, synchrotron |
1269 |
- M.A. Allen, R.A. Ecken, L. Genova, B.E. Humphrey, L.G. Karvonen, G.T. Konrad, J.V. Lebacqz, R.A. McConnell, C.W. Olson
|
|
A DC Chopper Used as an Adjustable Current Bypass Shunt |
chopper, coupling, feedback, field |
1273 |
- M. Berndt, C. Guracar, J. Lipari
|
|
Transductors for Current Sensing in the Dipole and Quadrupole Magnet Circuits of the Fermilab Main Ring |
extraction, injection, quadrupole, thermal |
1277 |
|
|
HV DC Injectors for Large Heavy-Ion Accelerators |
cathode, electron, feedback, impedance |
1293 |
- K. Truempy, R. Gleyvod, G. Reinhold
|
|
Dielectric Property Measurements on Large Alumina Vacuum Seals Used on Fermilab Accelerator RF Cavities |
dielectric, field, rf cavities, vacuum |
1296 |
- J.F. Bridges, J.E. Griffin, D.E. Johnson
|
|
Recent Progress on Sled, The SLAC Energy Doubler |
beam-loading, field, klystron, waveguide |
1299 |
- Z.D. Farkas, H.A. Hogg, G.A. Loew, P.B. Wilson
|
|
A Wide Dynamic Range 10 MeV High Current Electron Linear Accelerator |
electron, gun, injection, waveguide |
1303 |
- J. Haimson, B. Mecklenburg, V. Valencia
|
|
Power Supply System for Beam Steering |
controls, electron, field, waveguide |
1311 |
|
|
A Pulsed Extraction Magnet System at the Zero Gradient Synchrotron (ZGS) |
extraction, proton, software, synchrotron |
1313 |
- M. Knott, L. Lewis, C. Potts
|
|
A 230 kJ Pulsed Power Supply |
cathode, controls, neutrino, timing |
1317 |
|
|
Status Report on Klystron Improvements |
cathode, field, focusing, klystron |
1324 |
|
|
Phase-Free Acceleration of Charged Particles Using Rectangular Drift Tube-Loaded Cavities |
acceleration, betatron, electron, field |
1337 |
- W. Schott, H. Daniel, H. Hagn, W. Wilhelm, H. Zinner
|
|
Bates Linac Operational Experience |
controls, gun, monitoring, vacuum |
1341 |
- C.P. Sargent, W. Turchinetz, J.N. Weaver
|
|
Comparison of Standing Wave Accelerators Operating in the 2 /3 and /2 Modes |
coupling, field, linac, resonance |
1343 |
|
|
Nanosecond Electron Beam Generation and Instrumentation at SLAC |
cathode, electron, gun, impedance |
1350 |
|
|
Recent Advances in High Voltage Electron Beam Injectors |
electron, electron gun, gun, injection |
1354 |
|
|
SPEAR II Performance |
betatron, injection, instability, synchrotron |
1366 |
|
|
Review of Meson Factories |
cyclotron, pion, proton, target |
1385 |
|
|
The PEP Injection System |
damping, injection, kicker, radiation |
1423 |
- R.T. Avery, K.L. Brown, J.M. Peterson
|
|
Interaction of Accelerator Controls and Diagnostics |
booster, injection, linac, tune |
1458 |
|
|
The Fermilab Transverse Instability Active Damping System |
damping, extraction, feedback, instability |
1473 |
- E. Higgins, Q. Kerns, H. Miller, B. Prichard, R. Stiening, G. Tool
|
|
Fermilab Neutrino - Horn Focussing System |
field, neutrino, proton, target |
1479 |
|
|
A Variable-Length Time Delay for 50 MHz Sampled Analog Signals |
controls, impedance, insertion, timing |
1509 |
|
|
Beam Position Measurement System at the Fermilab Main Accelerator |
acceleration, acceptance, booster, controls |
1513 |
|
|
Calibration of the Beam-Spill Control System at LAMPF |
background, cyclotron, equilibrium, radiation |
1517 |
- J. R. Parker, D. J. Liska
|
|
Pulsed Beam Chopper for LAMPF |
chopper, field, neutron, proton |
1526 |
- R.F. Bentley, G.P. Lawrence, J.S. Lunsford
|
|
RF Separators and Separated Beams at SLAC |
acceptance, field, target, timing |
1533 |
- T.H. Fieguth, R.A. Gearhart
|
|
Positioning Tolerances of Beam Line Magnets |
alignment, cw, quadrupole |
1537 |
|
|
A New Pulse Magnet Design Utilizing Tape Wound Cores |
cw, field, induction, vacuum |
1548 |
|
|
High Resolution Beam Profile Measurements Using Phosphorescence |
electron, field, proton, radiation |
1558 |
- B.E. Bjärngard, G.T.Y. Chen, B.J. Maddox
|
|
A Multi-Wire Chamber System for Heavy Ion Beam Monitoring at the Bevalac |
extraction, ion, monitoring, vacuum |
1561 |
|
|
Wide Band Ferrite Beam Current Monitors |
damping, electron, ferrite, linac |
1565 |
|
|
A Fast Digitizer and Display System |
booster, injection, timing |
1567 |
|
|
Operating Experience with LAMPF Main Beam Lines Instrumentation and Control System |
controls, instrumentation, radiation, target |
1570 |
- O.B. van Dyck, A. Harvey, H.H. Howard, D.L. Roeder
|
|
High-Speed Beam Position Electronics for Accelerator Control and Diagnostics |
damping, feedback, impedance, pick-up |
1574 |
- E.F. Higgins, J.E. Griffin
|
|
A 53 MHz Randomly Triggered Synchronous Predetermined Scaler for Accelerator Diagnostics |
diagnostics, feedback, synchrotron, timing |
1578 |
|
|
Beam Signal Processing for the Fermilab Longitundinal and Transverse Beam Damping Systems |
coupling, damping, impedance, modulator |
1581 |
|
|
LLL 100-MeV Electron Linac: Design Considerations and Performance of the Beam-Transport Vacuum System |
beam-transport, ion, linac, vacuum |
1609 |
|
|
Status and Outlook for Heavy-Ion Accelerator Systems |
acceleration, cyclotron, heavy-ion, ion |
1621 |
|
|
Recent Progress in Ion Sources |
extraction, ion, optics, plasma |
1626 |
|
|
Status of the VICKSI Heavy Ion Accelerator |
Van de Graaff, cyclotron, field, ion |
1643 |
- W. Busse, B. Anderberg, B. Efken, P. Hansen, L. Harms-Ringdahl, D. Hilscher, S. Holm, H. Homeyer, H. Lettau, S. Lindbäck, K.H. Lindenberger, H.-E. Mahnke, K.H. Maier, B. Malm, J. Rohlin, A. Susini, K. Ziegler
|
|
The Chalk River Heavy Ion Superconducting Cyclotron |
cyclotron, extraction, field, ion |
1647 |
- C.R. Hoffmann, C.B. Bigham, J.S. Fraser, E.A. Heighway, J.A. Hulbert, J.H. Ormrod, H.R. Schneider
|
|
GANIL: A Proposal for a National Heavy-Ion Laboratory |
cyclotron, emittance, extraction, injection |
1651 |
|
|
Design Considerations for the ORNL 25 MV Tandem Accelerator |
acceleration, field, injection, ion |
1655 |
- J.K. Bair, J.A. Biggerstaff, C.M. Jones, J.D. Larson, J.W. McConnell, W.T. Milner, N.F. Ziegler
|
|
Modification of the Argonne FN Tandem |
coupling, optics, proton, target |
1659 |
- J.L. Yntema, P. Billquist
|
|
Performance of the Bevalac |
acceleration, ion, ionization, monitoring |
1672 |
- J. Barale, R. Force, H. Grunder, J. Guggemos, G. Lambertson, C. Leemann, F. Lothrop, R. Morgado, R. Richter, D. Rondeau, F. Selph, J. Staples, M. Tekawa, F. Voelker
|
|
Design of a 320 kV Ion Accelerator for Multiply Charged Heavy Ions |
extraction, field, ion, vacuum |
1675 |
- J.G. Bannenberg, A.J.H. Boerboom
|
|
Search for the "Abnormal Nuclear State" Heavy, A > 200, Ion Acceleration in the AGS |
acceleration, booster, ion, vacuum |
1690 |
- K. Prelec, A. van Steenbergen
|
|
Transport of DC and Bunched Beams Through a 25 MV Folded Tandem Accelerator |
acceleration, acceptance, injection, ion |
1697 |
- W.T. Milner, G.D. Alton, D.C. Hensley, C.M. Jones, R.F. King, J.D. Larson, C.D. Moak, R.O. Sayer
|
|
A Penning Ion Source in a 7-MV Van de Graaff |
Van de Graaff, emittance, extraction, ion |
1715 |
- P. Arndt, W. Jenter, H.-E. Mahnke
|
|
The Beam-Matching System between Pre- and Main-Accelerator for the Van de Graaff-Cyclotron-Combination VICKSI |
Van de Graaff, cyclotron, focusing, ion |
1722 |
|
|
Upgrading the Argonne 4-mV Dynamitron |
ion, ion-source, radiation, vacuum |
1726 |
- F.P. Mooring, R.L. Amrein, A. Langsdorf, Jr.
|
|
An Improved Van de Graaff Belt Charge Regulator |
Van de Graaff, cathode, feedback, induction |
1730 |
|
|
The Use of Accelerators to Study Irradiation Effects in Materials |
electron, ion, irradiation, neutron |
1743 |
|
|
Initial Test of a Proton Radiographic System |
booster, proton, radiography, scattering |
1749 |
- D.R. Moffett, E.P. Colton, G.A. Concaildi, E.W. Hoffman, R.D. Klem, M.J. Knott, S.L. Kramer, R.L. Martin, E.F. Parker, A.R. Passi, P.F. Schultz, L.S. Skaggs, V.W. Steward, R.L. Stockley, R.E. Timm
|
|
Light Ion Linacs for Medical Applications |
injection, linac, pion, proton |
1755 |
- J.N. Bradbury, E.A. Knapp, D.E. Nagle
|
|
Performance of a Multicavity Racetrack Microtron |
electron, field, focusing, microtron |
1758 |
- H.R. Froelich, J.J. Manca
|
|
Preliminary Design of a 30 MeV Deuteron Linear Accelerator for the Production of Intense Beams of 14 MeV Neutrons |
deuteron, proton, radiation, target |
1772 |
- K. Batchelor, R. Chasman, N. Fewell, P. Grand, R. Lankshear, J. Sheehan, R. Witkover
|
|
Hard-Rock Tunneling Using Pulsed Electron Beams |
cathode, electron, linac, vacuum |
1798 |
- R.T. Avery, T.L. Brekke, I. Finnie, D. Keefe
|
|
The Proton Diagnostic Accelerator |
extraction, ion, proton, vacuum |
1802 |
- R. Martin, M. Foss, R. Lari, J. Moenich
|
|
Comparison of Conventional L and S-Band Electron Linacs as Pion Sources Suitable for Radiotherapy |
electron, pion, target, waveguide |
1805 |
- J. Haimson, B. Mecklenburg, C. Williamson
|
|
Design of an Intense Fast Neutron Source |
extraction, ion, neutron, target |
1809 |
- J.D. Hepburn, B.G. Chidley, J.H. Ormrod
|
|
Feasibility of Accelerator Application for Pulsed MHD Power Generation |
acceleration, ionization, plasma, spectrum |
1813 |
|
|
Relativistic Heavy Ions for Fusion Applications |
bunching, laser, neutron, shielding |
1825 |
|
|
Performance Limitations Imposed by Beam Dynamics |
field, instability, resonance, tune |
1826 |
|
|
Beam Energy Loss to Parasitic Modes in SPEAR II |
coupling, rf cavities, synchrotron, vacuum |
1838 |
- M.A. Allen, J.M. Paterson, J.R. Rees, P.B. Wilson
|
|
RF Beam Loading Effects in EPIC |
coupling, impedance, injection, vacuum |
1843 |
|
|
Analytical and Computational Studies of Resonance Width near the Intersectin of Two Resonances |
instrumentation, resonance, sextupole, tune |
1851 |
- S. Ohnuma, R.L. Gluckstern
|
|
Single Bunch Beam Loading Experiments on the SLAC Two-Mile Accelerator |
electron, field, klystron, radiation |
1870 |
- R.F. Koontz, G.A. Loew, R.H. Miller
|
|
Higher Order Multipole Magnet Tolerances |
betatron, equilibrium, field, multipole |
1878 |
- A.W. Chao, M.J. Lee, P.L. Morton
|
|
Computer Simulation of the Interaction of a Superconducting Synchrotron Magnet Good Field Region with a Particle Beam |
field, ion, simulation, synchrotron |
1881 |
|
|
Longitudinal Beam Motion in the Fermilab Booster Accelerator |
acceleration, booster, linac, spectrum |
1897 |
- E.R. Gray, E.L. Hubbard, F.E. Mills, C.W. Owen, R.E. Peters, A.G. Ruggiero, M.F. Shea
|
|
A 200-MHz Debuncher for the Fermilab Injector |
acceleration, booster, linac, proton |
1904 |
- C.W. Owen, E.R. Gray, D.E. Johnson, G.M. Lee, S. Ohnuma, R. A. Winje
|
|
Compensation for Beam Loading in the 400-GeV Fermilab Main Accelerator |
acceleration, booster, feedback, injection |
1910 |
|
|