Title |
Other Keywords |
Page |
A New Generation of Heavy Ion Facilities |
accelerator, booster, cyclotron, field |
969 |
|
|
Inertial Confinement Fusion Energy with Particle Beams |
accelerator, electron, laser, target |
975 |
|
|
A Heavy Ion Facility for Radiation Therapy |
accelerator, extraction, injection, synchrotron |
986 |
- Ch. Leemann, J. Alonso, D. Clark, H. Grunder, E. Hoyer, K. Lou, J. Staples, F. Voelker
|
|
Transport of Intense Ion Beams |
emittance, field, quadrupole, solenoid |
993 |
- G.R. Lambertson, L.J. Laslett, L. Smith
|
|
Systems Analysis of Accelerator and Storage Ring Systems for Inertial Fusion |
emittance, injection, linac, target |
996 |
- R. Burke, S. Fenster, S. Grammel
|
|
Migma IV High Energy Fusion Apparatus |
background, field, scattering, vacuum |
999 |
- J. Ferrer, R. Ho, B. Maglich, M. Mazarakis, S. Mensian, J. Nering, C. Powell, J. Sandberg, J. Treglio
|
|
On the Generation and Focusing of Intense Ion Beams for Pellet Fusion |
accelerator, emittance, focusing, quadrupole |
1009 |
|
|
Pellet Fusion by High Energy Heavy Ions |
accelerator, emittance, linac, target |
1012 |
- R. Burke, Y. Cho, J. Fasolo, S. Fenster, M. Foss, T. Khoe, A. Langsdorf, R. Martin
|
|
Acceleration of Partially Stripped Ions at the Bevalac |
acceleration, electron, induction, vacuum |
1015 |
- J. Alonso, R. Force, H. Grunder, M. Tekawa
|
|
Design Considerations for a Migma Advanced Fuel Fusion Reactor |
field, neutron, radiation, scattering |
1018 |
- S.R. Channon, J.E. Golden, B.C. Maglich, R.A. Miller, J.R. Treglio
|
|
Limitations of Heavy Ion Synchrotron Accelerators for Inertial Fusion |
accelerator, injection, synchrotron, target |
1028 |
|
|
The Design and Development of Multi-Megawatt Beam Dumps |
background, plasma, thermal, vacuum |
1031 |
- J. M. Haughian, W.S. Cooper, J.A. Paterson
|
|
Update on the Development of 120-keV Multi-Megawatt Neutral Beam Source |
accelerator, plasma, power-supply, vacuum |
1034 |
- J. M. Haughian, W.R. Baker, L.A. Biagi, D.B. Hopkins, H.M. Owren, J.A. Paterson
|
|
Recent Progress in Heavy Ion Sources |
cyclotron, electron, extraction, plasma |
1064 |
|
|
Status Report on the UNILAC |
accelerator, injection, proton, vacuum |
1070 |
|
|
Superconducting Heavy-Ion Linacs |
accelerator, bunching, field, linac |
1076 |
|
|
The Three-Stage MP Accelerator Upgrade Program at Brookhaven National Laboratory |
Van de Graaff, acceleration, accelerator, sputter |
1081 |
- P. Thieberger, R. Lindgren, M. McKeown, T. Robinson, H.E. Wegner
|
|
Cascade Cyclotron Magnet |
accelerator, cyclotron, field, proton |
1104 |
- M. Inoue, I. Miura, A. Shimizu
|
|
Application of a Spiral Resonator for Bunching Picosecond Heavy-Ion Pulses |
accelerator, background, bunching, heavy-ion |
1107 |
- H. Ingwersen, G. Ihmels, E. Jaeschke, B. Kolb, R. Repnow, Th. Walcher
|
|
Injection Studies for the Proposed Superconducting Cyclotron at the University of Milan |
bunching, cyclotron, field, injection |
1112 |
- E. Acerbi, G. Bellomo, C. De Martinis, F. Resmini
|
|
Recent Progress in KEK Preinjector |
acceleration, linac, plasma, proton |
1121 |
- S. Fukumoto, H. Ishimaru, K. Ito, C. Kubota, T. Sakaue, A. Takagi, S. Takano
|
|
A Polishing Procedure for High Surface Electric Fields in Superconducting Lead Resonators |
accelerator, field |
1130 |
- G.J. Dick, J.R. Delayen, H.C. Yen
|
|
The Heidelberg 3 MV-CW Heavy Ion Postaccelerator Section Using Independently Phased Spiral Resonators |
accelerator, coupling, field, quadrupole |
1136 |
- E. Jaeschke, A. Gamp, G. Ihmels, H. Ingwersen, B. Kolb, R. Repnow, H. Schwarz, Th. Walcher
|
|
Status Report on Stanford's Superconducting Heavy Ion Linac Project |
booster, chopper, linac, proton |
1141 |
- J.S. Sokolowski, M. Birk, P.H. Ceperley, H.F. Glavish, S.S. Hanna, M. Samuel
|
|
The Stony Brook Superconducting Heavy-Ion Booster Project |
field, heavy-ion, linac, quadrupole |
1144 |
- J.W. Noé, G.J. Dick, J.E. Mercereau, P. Paul, G.D. Sprouse
|
|
The Munich Heavy Ion Postaccelerator |
acceleration, accelerator, quadrupole, spectrum |
1153 |
- E. Nolte, K. Berdermann, M. Feil, G. Geschonke, A. Jahnke, H. Morinaga, R. Oberschmid, R. Zierl
|
|
The New Van de Graaff Terminal for VICKSI |
Van de Graaff, acceleration, field, vacuum |
1162 |
- P. Arndt, H. Bertschat, W. Jenter, H.-E. Mahnke
|
|
Design Status of a Separated-Sector Cyclotron Booster Accelerator for the Holifield Heavy Ion Research Facility |
booster, cyclotron, field, vacuum |
1165 |
- J.A. Martin, J.B. Ball, E.D. Hudson, R.S. Lord, G.S. McNeilly, S.W. Mosko
|
|
Transmission Measurements for Heavy Ion Beams through the Rochester MP Tandem |
acceleration, accelerator, acceptance, sputter |
1174 |
- T.S. Lund, M.R. Clover, H.E. Gove, K.H. Purser
|
|
1 MV Accelerator Structure for Cluster Injector |
acceleration, accelerator, maintenance, monitoring |
1176 |
- R. Gleyvod, H. Adler, G. Reinhold, K. Trümpy
|
|
Telemetry Component Tests in the FN Tandem Terminal |
acceleration, accelerator, laser, light source |
1182 |
- J.J. Bicek, P.J. Billquist, J.L. Yntema
|
|
The JINR U-400 Isochronous Heavy Ion Cyclotron |
acceleration, cyclotron, field, vacuum |
1215 |
|
|
Ultrahigh Vacuum Technology for Storage Rings |
electron, proton, thermal, vacuum |
1227 |
|
|
Accelerator Technology in Tokamaks |
accelerator, field, plasma, vacuum |
1233 |
|
|
Magnetic Field Measuring System for Remapping the ORIC Magnetic Field |
CAMAC, accelerator, cyclotron, field |
1269 |
- S.W. Mosko, J.A. Biggerstaff, D.C. Hensley, E.D. Hudson, R.S. Lord
|
|
A Football Coil, A Device to Produce Absolute Minimum Magnetic Field and an Isochronous Cyclotron for Heavy Ions |
cyclotron, field, focusing, radiation |
1272 |
|
|
Characteristics of the ISABELLE Vacuum System |
background, instability, proton, vacuum |
1287 |
- J.R. Aggus, D. Edwards, Jr., H.J. Halama, J.C. Herrera
|
|
Vacuum System for the KEK Proton Synchrotron |
booster, proton, synchrotron, vacuum |
1290 |
- G. Horikoshi, T. Kubo, H. Mizuno, K. Satoh, H. Watanabe
|
|
A Cold-Bore Vacuum System Design for POPAE |
lattice, proton, residual gas, vacuum |
1293 |
- Y. Cho, T.K. Khoe, J. Moenich, L.G. Ratner
|
|
A Vacuum Cold Bore Test Section at the CERN ISR |
electron, radiation, thermal, vacuum |
1373 |
- C. Benvenuti, R. Calder, N. Hilleret
|
|
Negative Hydrogen Ion Injection into the Zero Gradient Synchrotron |
acceleration, injection, synchrotron, tune |
1385 |
|
|
Molecular Ion Photo Dissociation Injection |
emittance, injection, laser, linac |
1428 |
- R. Arnold, R. Burke, Y. Cho, R. Cutler, S. Fenster, R. Martin
|
|
Operating Experience with the Resonance Extraction Slow Spill Control System at the Zero Gradient Synchrotron |
extraction, feedback, field, proton |
1437 |
- M.M. Faber, C.W. Potts, R.A. Zolecki
|
|
Indiana University Cyclotron Facility - The First Year of Operation |
accelerator, acceptance, cyclotron, target |
1505 |
|
|
Effects of Depolarizing Resonances on a Circulating Beam of Polarized Protons during Acceleration or Storage in a Synchrotron |
acceleration, field, polarization, resonance |
1509 |
- Y. Cho, J. Gareyte, C. Johnson, A.D. Krisch, P. Lèfevre, D. Möhl, R.L. Martin, E.F. Parker, C.W. Potts, L.G. Ratner
|
|
High Current Negative Ion Beams |
accelerator, cathode, emittance, extraction |
1521 |
- K. Prelec, M. Grossman, Th. Sluyters
|
|
The LAMPF Polarized Ion Facility: Status Report |
background, emittance, field, polarization |
1524 |
- E.P. Chamberlin, J.L. McKibben, R.R. Stevens, Jr.
|
|
A Comparison of Sona and Spin-Filter Polarization Schemes for a Lamb-Shift Polarized Ion Source |
field, polarization, scattering, solenoid |
1527 |
- T.A. Trainor, E.G. Adelberger, W.B. Ingalls, H.E. Swanson
|
|
Carbon Accumulation on Target Surfaces Irradiated by Protons |
accumulation, scattering, target, x-ray |
1542 |
|
|
A 100-mA Negative Hydrogen-Ion Source for Accelerators |
cathode, extraction, field, residual gas |
1545 |
- G.I. Dimov, G.Ye. Dereviankin, V.G. Dudnikov
|
|
Performance of the LAMPF Particle Separator |
EPICS, field, proton, vacuum |
1577 |
- D.J. Liska, L.B. Dauelsberg
|
|
Operational Experience with SLAC's Beam Containment Electronics |
accelerator, insertion, instrumentation, radiation |
1583 |
- T.N. Constant, K. Crook, D. Heggie
|
|
Construction of Duoplasmatron Ion Source for the KEK-PS |
cathode, extraction, plasma, vacuum |
1587 |
|
|
Heavy Ion Source Support Gas Mixing Experiments |
acceleration, cathode, cyclotron, plasma |
1590 |
- E.D. Hudson, M.L. Mallory
|
|
A Quick Change Axial Cold Cathode Ion Source |
cathode, cyclotron, maintenance, vacuum |
1593 |
- M.L. Mallory, W.S. Chien, P.S. Miller
|
|
A Direct Extraction H- Ion Source |
cathode, emittance, extraction, focusing |
1594 |
|
|
H- Source Development at ANL |
extraction, injection, plasma, proton |
1597 |
|
|
Controlled Collective Field Propagation for Ion Acceleration Using a Slow Wave Structure |
acceleration, electron, field, proton |
1625 |
- C.N. Boyer, W.W. Destler, H. Kim
|
|
Operation Status of the Nevis Synchrocyclotron |
acceleration, accelerator, extraction, 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
|
|
Computer Simulation of Collective Ion Acceleration by Discrete Cyclotron Modes |
acceleration, cyclotron, electron, simulation |
1637 |
- R.J. Faehl, B.B. Godfrey, B.S. Newberger, W.R. Shanahan, L.E. Thode
|
|
Linear Collective Effect Acceleration in the Presence of a Strong Axial Magnetic Field |
acceleration, deuteron, electron, field |
1645 |
|
|
Recent Results of the University of Maryland Research Program on Collective Ion Accelerators |
acceleration, electron, equilibrium, field |
1656 |
- W.W. Destler, D.W. Hudgings, H. Kim, M. Reiser, M.J. Rhee, C.D. Striffler, G.T. Zorn
|
|
Collective Acceleration Investigations with the Ionization Front Accelerator |
acceleration, electron, ionization, simulation |
1659 |
- C.L. Olson, A. Owyoung, J.S. Pearlman, J.W. Poukey, J.P. VanDevender
|
|
Electrostatic Collective Ion Acceleration in the Evacuated Drift Tube Geometry |
acceleration, cathode, electron, field |
1662 |
- R.F. Hoeberling, R.B. Miller, D.N. Payton III, D.C. Straw
|
|
Magnetic Compression and Electrostatic Reflection on Very High / Electron Beams |
cathode, electron, field, x-ray |
1668 |
- D.A. Phelps, R.W. Clark, P. Korn
|
|
The 50kW-Transimitter for the Munich Heavy Ion Postaccelerator |
accelerator, coupling, impedance, vacuum |
1701 |
|
|
Data Acquisition and Control of the Zero Gradient Synchrotron 500 MeV Booster Synchrotron |
accelerator, booster, software, vacuum |
1730 |
- R.E. Timm, J. Forrestal, R. Hogrefe, D. Voss
|
|
A Mini-Computer Based Digital RF Control System for the ZGS |
acceleration, controls, feedback, field |
1756 |
- F. Brandeberry, G. Gunderson, M. Knott, A. Rauchas
|
|
A Microprocessor-Based Feedback System for Phase and Amplitude Stabilization of Superconducting Resonators |
acceleration, accelerator, feedback, field |
1759 |
- J.R. Delayen, G.J. Dick, J.E. Mercereau
|
|
Development of Low Level Beam Diagnostics for Polarized Proton Operation in the Zero Gradient Synchrotron |
diagnostics, feedback, proton, synchrotron |
1762 |
|
|
ORIC RF System - Preparation for HHIRF |
accelerator, cyclotron, impedance, injection |
1786 |
- S.W. Mosko, J.D. Rylander, G.K. Schulze
|
|
Long Radiation Detector System for Beam Loss Monitoring |
linac, monitoring, proton, radiation |
1807 |
- J. Balsamo, N.M. Fewell, J.D. Klein, R.L. Witkover
|
|
Beam Profile Measurements for KEK 12 GeV Proton Synchrotron |
booster, injection, ionization, vacuum |
1821 |
- H. Ishimaru, Z. Igarashi, K. Muto, S. Shibata
|
|