Title |
Other Keywords |
Page |
A New Generation of Heavy Ion Facilities |
booster, cyclotron, field, ion |
969 |
|
|
Inertial Confinement Fusion Energy with Particle Beams |
electron, ion, laser, target |
975 |
|
|
A Heavy Ion Facility for Radiation Therapy |
extraction, injection, ion, synchrotron |
986 |
- Ch. Leemann, J. Alonso, D. Clark, H. Grunder, E. Hoyer, K. Lou, J. Staples, F. Voelker
|
|
Electron Linac Design for Pion Radiotherapy |
electron, linac, pion, target |
1006 |
- G.A. Loew, K.L. Brown, R.H. Miller, D.A. Pistenma, D.R. Walz
|
|
On the Generation and Focusing of Intense Ion Beams for Pellet Fusion |
emittance, focusing, ion, quadrupole |
1009 |
|
|
Pellet Fusion by High Energy Heavy Ions |
emittance, ion, linac, target |
1012 |
- R. Burke, Y. Cho, J. Fasolo, S. Fenster, M. Foss, T. Khoe, A. Langsdorf, R. Martin
|
|
Limitations of Heavy Ion Synchrotron Accelerators for Inertial Fusion |
injection, ion, synchrotron, target |
1028 |
|
|
Update on the Development of 120-keV Multi-Megawatt Neutral Beam Source |
ion, plasma, power-supply, vacuum |
1034 |
- J. M. Haughian, W.R. Baker, L.A. Biagi, D.B. Hopkins, H.M. Owren, J.A. Paterson
|
|
The Accelerator-Breeder, an Application of High-Energy Accelerators to Solving Our Energy Problems |
deuteron, neutron, proton, target |
1043 |
- P. Grand, K. Batchelor, J.R. Powell, M. Steinberg
|
|
A 3-Dimensional Beam Scanning System for Particle Radiation Therapy |
accumulation, field, monitoring, scattering |
1052 |
- Ch. Leemann, J. Alonso, H. Grunder, E. Hoyer, G. Kalnins, D. Rondeau, J. Staples, F. Voelker
|
|
The Fermilab Neutron Radiotherapy Facility |
laser, neutron, proton, target |
1055 |
- M. Awschalom, G.M. Lee, M.L. Palmer, D.E. Young
|
|
Experimental Measurements on a 25 MeV Reflexotron |
electron, field, radiation, target |
1061 |
- S.O. Schriber, L.W. Funk, S.B. Hodge, R.M. Hutcheon
|
|
Status Report on the UNILAC |
injection, ion, proton, vacuum |
1070 |
|
|
Superconducting Heavy-Ion Linacs |
bunching, field, ion, linac |
1076 |
|
|
The Three-Stage MP Accelerator Upgrade Program at Brookhaven National Laboratory |
Van de Graaff, acceleration, ion, sputter |
1081 |
- P. Thieberger, R. Lindgren, M. McKeown, T. Robinson, H.E. Wegner
|
|
Standing Wave High Gradient Accelerator Structure |
coupling, electron, field, standing wave |
1084 |
|
|
High Energy Accelerating Structures for High Gradient Proton Linac Applications |
coupling, field, linac, proton |
1087 |
- J.J. Manca, E.A. Knapp, D.A. Swenson
|
|
Initial Performance of the Stanford Superconducting Recyclotron |
cw, electron, linac, recirculation |
1091 |
- J.R. Calarco, M.S. McAshan, H.A. Schwettman, T.I. Smith, J.P. Turneaure, M.R. Yearian
|
|
Status of the Chalk River Superconducting Heavy-Ion Cyclotron |
cyclotron, extraction, field, injection |
1093 |
- J.H. Ormrod, C.B. Bigham, J.S. Fraser, E.A. Heighway, C.R. Hoffmann, J.A. Hulbert, P.W. James, H.R. Schneider, Q.A. Walker
|
|
Cascade Cyclotron Magnet |
cyclotron, field, ion, proton |
1104 |
- M. Inoue, I. Miura, A. Shimizu
|
|
Application of a Spiral Resonator for Bunching Picosecond Heavy-Ion Pulses |
background, bunching, heavy-ion, ion |
1107 |
- H. Ingwersen, G. Ihmels, E. Jaeschke, B. Kolb, R. Repnow, Th. Walcher
|
|
A New Multidisciplinary Separated-Sector Cyclotron Facility |
cyclotron, extraction, proton, vacuum |
1118 |
- A.H. Botha, G.F. Burdzik, P.J. Celliers, J.C. Cornell, H. Dekker, G. Heymann, H.N. Jungwirth, J.J. Kritzinger, F.J. Mumford, S. Schneider, Z.B. du Toit
|
|
Development of KEK Injector Linac |
booster, emittance, linac, proton |
1124 |
- J. Tanaka, S. Anami, H. Baba, S. Inagaki, T. Kakuyama, H. Matsumoto, I. Sato, T. Takenaka, Y. Terayama
|
|
A Polishing Procedure for High Surface Electric Fields in Superconducting Lead Resonators |
field, ion |
1130 |
- G.J. Dick, J.R. Delayen, H.C. Yen
|
|
Status of MUSL-2, the Second Microtron Using a Superconducting Linac |
electron, injection, linac, recirculation |
1133 |
- P. Axel, L.S. Cardman, A.O. Hansen, J.R. Harlan, R.A. Hoffswell, D. Jamnik, D.C. Sutton, R.H. Taylor, L.M. Young
|
|
The Heidelberg 3 MV-CW Heavy Ion Postaccelerator Section Using Independently Phased Spiral Resonators |
coupling, field, ion, quadrupole |
1136 |
- E. Jaeschke, A. Gamp, G. Ihmels, H. Ingwersen, B. Kolb, R. Repnow, H. Schwarz, Th. Walcher
|
|
Split Ring Resonator for the Argonne Superconducting Heavy Ion Booster |
field, heavy-ion, instability, thermal |
1147 |
- K.W. Shepard, R. Benaroya, L.M. Bollinger, C.H. Scheibelhut
|
|
Operation Experiences with the Test Section of a Superconducting Heavy Ion Post Accelerator |
electron, field, irradiation, vacuum |
1150 |
- G. Hochschild, H. Ingwersen, E. Jaeschke, B. Piosczyk, R. Repnow, H. Schwarz, J.E. Vetter, Th. Walcher
|
|
The Munich Heavy Ion Postaccelerator |
acceleration, ion, quadrupole, spectrum |
1153 |
- E. Nolte, K. Berdermann, M. Feil, G. Geschonke, A. Jahnke, H. Morinaga, R. Oberschmid, R. Zierl
|
|
Superconducting Accelerator Structures for Medium Energy Protons |
electron, field, multipacting, resonance |
1156 |
|
|
Provision of Electrical Power Throughout the Stack of the Nuclear Structure Facility Tandem at Daresbury Laboratory |
Van de Graaff, alignment, commissioning, maintenance |
1171 |
|
|
Transmission Measurements for Heavy Ion Beams through the Rochester MP Tandem |
acceleration, acceptance, ion, sputter |
1174 |
- T.S. Lund, M.R. Clover, H.E. Gove, K.H. Purser
|
|
1 MV Accelerator Structure for Cluster Injector |
acceleration, ion, maintenance, monitoring |
1176 |
- R. Gleyvod, H. Adler, G. Reinhold, K. Trümpy
|
|
A Digital Data Telemetry System for Terminal to Ground Communication in a 10 MV Van de Graaff |
CAMAC, Van de Graaff, monitoring, timing |
1179 |
|
|
Telemetry Component Tests in the FN Tandem Terminal |
acceleration, ion, laser, light source |
1182 |
- J.J. Bicek, P.J. Billquist, J.L. Yntema
|
|
POPAE - A 1000 GeV on 1000 GeV Proton-Proton Colliding Beam Facility |
field, injection, lattice, vacuum |
1184 |
- D. Ayres, E. Berger, Y. Cho, T. Collins, E. Crosbie, M. Derrick, R. Diebold, D. Edwards, M. Foss, L. Genens, L. Hyman, D. Johnson, E. Malamud, F. Mills, L. Mo, J. Moenich, S. Ohnuma, J. Purcell, C. Quigg, L. Ratner, A. Ruggiero, R. Singer, R. Smith, S. Snowdon, L. Teng, L. Turner, C. Ward
|
|
Magnetic Field Quality Requirements for PEP |
betatron, field, insertion, tune |
1197 |
|
|
Vertical Beam Size Due to Orbit and Alignment Errors |
alignment, betatron, coupling, quadrupole |
1203 |
|
|
Theory of Longitudinal Instability for Bunched Electron and Proton Beams |
electron, impedance, instability, proton |
1205 |
|
|
Bunch Lengthening and Related Effects in SPEAR II |
coupling, impedance, instability, synchrotron |
1211 |
- P.B. Wilson, A.W. Chao, M.H.R. Donald, G.E. Fischer, J. Gareyte, A.P. Sabersky, R. Servranckx
|
|
Status of the Fermilab Energy Doubler/Saver Project |
acceleration, booster, field, quadrupole |
1218 |
|
|
Refrigeration Technology for Superconductors |
background, cryogenics, injection, instrumentation |
1222 |
- T.R. Strobridge, R.O. Voth
|
|
Accelerator Technology in Tokamaks |
field, ion, plasma, vacuum |
1233 |
|
|
Operation of Multiple Superconducting Energy Doubler Magnets in Series |
cryogenics, field, quench |
1239 |
- G. Kalbfleisch, P.J. Limon, C. Rode
|
|
Superconducting Coil Manufacturing Method for Low Current DC Beam Line Magnets |
field, instability, proton, quench |
1251 |
|
|
Mechanical and Thermal Stresses in Superconducting Accelerator and Beam-Line Magnets |
Lorentz force, field, shielding, thermal |
1254 |
|
|
Design of Superconducting High Energy Beam Line Dipole-Magnetostatics |
collider, field, multipole, sextupole |
1257 |
|
|
Magnetic Field Measuring System for Remapping the ORIC Magnetic Field |
CAMAC, cyclotron, field, ion |
1269 |
- S.W. Mosko, J.A. Biggerstaff, D.C. Hensley, E.D. Hudson, R.S. Lord
|
|
Piggy-Back Power Supplies for Magnet Systems |
electron, target |
1279 |
|
|
Increasing the Energy of the Fermilab Booster |
booster, extraction, field, injection |
1282 |
- A.R. Donaldson, G.L. Nicholls
|
|
Characteristics of Inversion Operation on Fermilab Phase Controlled Pulsed Power Supplies |
neutrino |
1285 |
|
|
ISABELLE Quadrupoles |
field, multipole, quadrupole, sextupole |
1296 |
- W.B. Sampson, P.F. Dahl, S. Kiss, A.D. McInturff, K.E. Robins
|
|
Magnetization Effects in Superconducting Dipole Magnets |
field, injection, proton, sextupole |
1303 |
- H. Ishimoto, R.E. Peters, M.E. Price, R. Yamada
|
|
Flicker Suppressor by Thyristor |
impedance, injection, resonance |
1306 |
- M. Masuda, S. Matsumoto, T. Shintomi
|
|
Prototype Test of Energy Doubler/Saver Bending Magnet |
field, quench, sextupole, skew |
1309 |
- R. Yamada, H. Ishimoto, M.E. Price
|
|
Application of NMR Circuit for Superconducting Magnet using Signal Averaging |
field, proton, resonance, superconducting magnet |
1312 |
- R. Yamada, K. Borer, H. Ishimoto, E.E. Schmidt, M.F. Shea
|
|
Energy Doubler/Saver Safety Leads |
capillary, equilibrium, scattering, thermal |
1315 |
|
|
Superconducting Magnet Quench Protection for ISABELLE |
field, injection, quench, thermal |
1318 |
- K.E. Robins, W.B. Sampson, M.G. Thomas
|
|
Operating Experience with the Heub Superconducting Dipoles |
acceptance, field, instrumentation, sextupole |
1320 |
- K.E. Robins, H.N. Brown, P.F. Dahl, J. Kaugerts, A.D. McInturff, W.B. Sampson, A.P. Schlafke, J.H. Sondericker, G. Stenby
|
|
Ultra Stable High Field Superconducting Dipoles |
field, instrumentation, quench, thermal |
1323 |
- J. Allinger, G. Danby, J. Jackson, A. Prodell
|
|
Items from the Construction of ESCAR |
field, multipole, site, vacuum |
1325 |
- R.A. Byrns, W.S. Gilbert, G.R. Lambertson, R.B. Meuser, J.B. Rechen
|
|
Energy Doubler Refrigeration System |
equilibrium, quench, superconducting magnet, thermal |
1328 |
- C. Rode, D. Richied, S. Stoy, P.C. VanderArend
|
|
Coil Extension, Deformation and Compression during Excitation in Superconducting Accelerator Dipole Magnets |
collider, field, lattice, sextupole |
1331 |
- A.V. Tollestrup, R.H. Flora, K. Koepke, R.E. Peters
|
|
Radiation Damage Limitations for the Fermilab Energy Doubler/Saver |
proton, radiation, survey, thermal |
1334 |
|
|
The LAMPF Line D Fast Deflector System |
impedance, kicker, proton, simulation |
1343 |
|
|
Study of Pulse Stretching in High Current Power Supplies using Multipulse Techniques |
field, focusing, neutrino, plasma |
1349 |
|
|
Fermilab Main Accelerator Quadrupole Transistorized Regulators for Improved Tune Stability |
acceleration, injection, quadrupole, tune |
1355 |
|
|
Magnet Power Supply System for the ISABELLE Half-Cell Prototype |
extraction, field, quadrupole, vacuum |
1358 |
|
|
New Method to Scale Down an Operation of a Large Accelerator Power Supply |
acceleration, deceleration, injection, proton |
1361 |
- T. Shintomi, M. Masuda, S. Matsumoto
|
|
A Precision Surveying System for PEP |
alignment, laser, quadrupole, survey |
1367 |
- J. Gunn, T. Lauritzen, P.F. Pellisier, R. Sah
|
|
Accelerators for Fusion: A Panel Discussion |
acceleration, induction, linac, plasma |
1382 |
|
|
Injection Methods in the Fermilab Booster |
booster, emittance, injection, linac |
1423 |
- D.F. Cosgrove, C. Curtis, E. Gray, C. Hojvat, R.P. Johnson, C. Owen
|
|
Potential and Field Produced by a Uniform or Non-Uniform Elliptical Beam Inside a Confocal Elliptic Vacuum Chamber |
field, vacuum |
1443 |
|
|
Longitudinal Bunch Dilution due to RF Noise |
coupling, feedback, impedance, synchrotron |
1452 |
- S. Hansen, A. Hofmann, E. Peschardt, F. Sacherer, W. Schnell
|
|
The Lattice of the SPS |
extraction, field, injection, lattice |
1458 |
|
|
Linear Accelerator Modeling: Development and Application |
emittance, field, injection, linac |
1476 |
|
|
Bunch Lengthening due to Potential Well Distortion from Cylindrical Cavities with Beam Ports |
impedance |
1485 |
|
|
Single Bunch Beam Loading on the SLAC Three-Kilometer Accelerator |
acceptance, electron, klystron, vacuum |
1493 |
- R.F. Koontz, G.A. Loew, R.H. Miller, P.B. Wilson
|
|
Comparison of Measured and Computed Loss to Parasitic Modes in Cylindrical Cavities with Beam Ports |
field, impedance, instrumentation, vacuum |
1496 |
- P.B. Wilson, K.L.F. Bane, J.B. Styles
|
|
Initial Operation of KEK Accelerator |
booster, field, linac, proton |
1499 |
|
|
Indiana University Cyclotron Facility - The First Year of Operation |
acceptance, cyclotron, ion, target |
1505 |
|
|
Attainment of 500-GeV Beam in the Fermilab Synchrotron |
acceleration, extraction, field, tune |
1512 |
|
|
High Current Negative Ion Beams |
cathode, emittance, extraction, ion |
1521 |
- K. Prelec, M. Grossman, Th. Sluyters
|
|
Better Dynamic Closed Loop Control of the PSB RF Accelerating System |
injection, pick-up, spectrum, synchrotron |
1536 |
|
|
Operating Experience with the Fermilab 500-GeV Accelerator |
acceleration, booster, linac, proton |
1548 |
|
|
Measuring the Aperture and Locating Beam Obstructions in the Fermilab Accelerator |
field, quadrupole, radiation, vacuum |
1565 |
- J.C. Gannon, C.W. Schmidt
|
|
A Solution for Remote Handling in Accelerator Installations |
maintenance, radiation, shielding, target |
1580 |
- J.J. Burgerjon, E.L. Ekberg, C.R. Flatau, D.L. Grisham, R.A. Horne, R.E. Myer, K.B. Wilson
|
|
Operational Experience with SLAC's Beam Containment Electronics |
insertion, instrumentation, ion, radiation |
1583 |
- T.N. Constant, K. Crook, D. Heggie
|
|
Progress in Sodium Vapor Change Exchange Cell Development |
accumulation, proton, recirculation, vacuum |
1600 |
|
|
Operating Experience with the Polarized Electron Gun at SLAC |
electron, gun, polarization, target |
1603 |
- M.J. Alguard, G. Baum, J.E. Clendenin, V.W. Hughes, M.S. Lubell, R.H. Miller, W. Raith, K.P. Schuler, J. Sodja
|
|
Meson Factories - 1977 |
cyclotron, proton, shielding, target |
1605 |
|
|
High Power Accelerators for Spallation Breeders of Fissile Material |
klystron, linac, neutron, spallation |
1611 |
|
|
Performance and Prospects of the Reconstructed CERN 600 MeV Synchro-Cyclotron |
acceleration, pion, proton, target |
1631 |
- B.W. Allardyce, H. Beger, R. Galiana, R. Giannini, E.G. Michaelis, S. Talas
|
|
Operation Status of the Nevis Synchrocyclotron |
acceleration, extraction, ion, vacuum |
1634 |
- D.W. Storm, Y. Au, R.C. Cohen, W. Diamond, H. Dowds, G. Dugan, R. Hawrylak, P. Mandel, J. Rainwater, A.M. Sachs, J. Shill, R. Werbin
|
|
Transient Operation of Electron Linacs |
electron, injection, spectrum, waveguide |
1640 |
|
|
Some Parameters of an Electron Accelerator Powered by a Laser Beam |
acceleration, electron, field, laser |
1651 |
|
|
Operational Experience with the SPS Computer Control System |
CAMAC, commissioning, proton, software |
1674 |
- F. Beck, M.C. Crowley-Milling, G. Shering
|
|
Applications of Microprocessors in Upgrading of Accelerator Controls |
CAMAC, controls, monitoring, software |
1677 |
|
|
Performance of a High Efficiency High Power UHF Klystron |
cw, field, focusing, klystron |
1689 |
|
|
Low-Frequency Klystrons for Accelerator Applications |
electron, field, gun, klystron |
1692 |
|
|
The 50kW-Transimitter for the Munich Heavy Ion Postaccelerator |
coupling, impedance, ion, vacuum |
1701 |
|
|
Fermilab 500-GeV Main Accelerator RF Cavity 128-MHz Mode Damper |
coupling, damping, ferrite, spectrum |
1704 |
|
|
An Improved Reference Cavity Design for Frequency Tracking of Accelerating Structures |
cooling water, crystal, standing wave, thermal |
1707 |
- R.M. Hutcheon, P.J Metivier
|
|
Network Aspects of the Fermilab Control System |
CAMAC, acceleration, extraction, software |
1719 |
|
|
Beam Lines Controls System for SATURNE II |
CAMAC, controls, software, survey |
1722 |
|
|
Fermilab Main Ring Power Supply Control Programs |
damping, feedback, instability, timing |
1725 |
|
|
Two Microcomputer-Controller Applications at SLAC |
klystron, maintenance, monitoring, software |
1728 |
- W.C. Struven, K.B. Mallory
|
|
Data Acquisition and Control of the Zero Gradient Synchrotron 500 MeV Booster Synchrotron |
booster, ion, software, vacuum |
1730 |
- R.E. Timm, J. Forrestal, R. Hogrefe, D. Voss
|
|
The SPS Beam Instrumentation and Closed Orbit Correction |
feedback, injection, radiation, software |
1733 |
- R. Bossart, J. Bosser, L. Burnod, A. Chapman-Hatchett, E. D'Amico, P. Mills
|
|
The VICKSI Beam Line Instrumentation and Control System |
cyclotron, emittance, injection, vacuum |
1745 |
- C. Egelhaaf, D. Erdmann, H. Homeyer, W-D. Zeitz
|
|
System for Calibration of SPEAR Transport Line Toroids |
electron, injection, positron, timing |
1748 |
- T.V. Huang, K. Crook, H. Smith
|
|
A Control System for the Fermilab Master-Slave Servo Manipulator |
alignment, controls, field, target |
1751 |
|
|
Secondary Emission Detector System for SATURNE II |
emittance, focusing, monitoring, scattering |
1754 |
- R. Anne, A. Lefol, G. Milleret, R. Perret
|
|
A Microprocessor-Based Feedback System for Phase and Amplitude Stabilization of Superconducting Resonators |
acceleration, feedback, field, ion |
1759 |
- J.R. Delayen, G.J. Dick, J.E. Mercereau
|
|
A High-Speed RF Data Transmitter for the Fermilab Booster Beam Damping System |
booster, damping, feedback, spectrum |
1768 |
|
|
Logic and Control Module for the Fermilab Booster Beam Damper |
booster, damping, synchrotron, timing |
1770 |
|
|
A Double Frequency R.F. System to Increase the D.C.I. Energy |
acceptance, impedance, injection, synchrotron |
1783 |
- M. Bergher, J.C. Bourdon, P. Brunet, J. Le Duff
|
|
ORIC RF System - Preparation for HHIRF |
cyclotron, impedance, injection, ion |
1786 |
- S.W. Mosko, J.D. Rylander, G.K. Schulze
|
|
Control Computer System for KEK Proton Synchrotron |
CAMAC, booster, proton, software |
1789 |
- T. Katoh, K. Ishii, E. Kadokura, T. Kamei, S. Ninomiya, T. Takashima, M. Tejima, K. Uchino
|
|
PETRA Control System |
injection, sputter, synchrotron, vacuum |
1792 |
- H. Frese, G. Hochweller, F. Peters, K. Wille
|
|
The ISABELLE Half-Cell Control System |
controls, software, target, vacuum |
1798 |
- W. Buxton, R. Frankel, J.W. Humphrey
|
|
A Microprocessor Controller for Phasing the Accelerator |
CAMAC, klystron, simulation, software |
1804 |
- S.K. Howry, A.R. Wilmunder
|
|
The Zero-Flux DC Current Transformer: A High Precision Bipolar Wide-Band Measuring Device |
damping, extraction, factory, modulator |
1810 |
- H.C. Appelo, M. Groenenboom, B.V. Hazemeyer, J. Lisser
|
|
Counterstreaming Electron Beam Profile and Position Monitor |
alignment, electron, radiation, vacuum |
1815 |
- S.O. Schriber, K.J. Hohban
|
|
Simple Q-Measurement of KEK Proton Synchrotron |
betatron, booster, pick-up, timing |
1818 |
- K. Muto, Z. Igarashi, S. Shibata
|
|
Microwave Development at SLAC |
beam-loading, cw, klystron, spectrum |
1827 |
- Z.D. Farkas, H. A. Hogg, G.A. Loew, A.R. Wilmunder
|
|
Electronics for Damping Transverse Instabilities for the Fermilab Booster Synchrotron |
booster, damping, proton, skew |
1830 |
|
|
ISABELLE, A Proton-Proton Colliding Beam Facility at Brookhaven |
field, proton, quench, vacuum |
1845 |
|
|
Lattice Insertions for POPAE |
injection, insertion, lattice, tune |
1866 |
- Y. Cho, E.A. Crosbie, R. Diebold, D.E. Johnson, S. Ohnuma, A.G. Ruggiero, L.C. Teng
|
|
Operation of the Fermilab Accelerator as a Proton Storage Ring |
lifetime, scattering, tune, vacuum |
1872 |
- C.M. Ankenbrandt, H.E. Fisk, R.P. Johnson, H.W. Miller, H. Pfeffer, A. Tollestrup, F. Turkot
|
|
Computer Simulation of the Electron-Bunch Widening as due to Self-Bunching |
damping, impedance, radiation, simulation |
1882 |
|
|
ISABELLE Closed Orbit Correction System |
betatron, field, focusing, quadrupole |
1890 |
|
|
"Atom Smashers: 50 Years" - Preview of an Exhibit on the History of High Energy Accelerators |
cyclotron, electron, focusing, vacuum |
1896 |
|
|
On Designing the IHEP Accelerating Storage Complex |
electron, field, proton, synchrotron |
1900 |
|
|
VBA |
betatron, muon, proton, site |
1903 |
|
|