| Title |
Other Keywords |
Page |
| A Study of SPEAR as a Dedicated Source of Synchrotron Radiation |
emittance, injection, synchrotron, wiggler |
1003 |
- J. Cerino, A. Garren, A. Golde, J. Hastings, M. Lee, I. Lindau, P. Morton, B. Salsburg, H. Winick
|
|
| Design Considerations for a Migma Advanced Fuel Fusion Reactor |
field, ion, neutron, scattering |
1018 |
- S.R. Channon, J.E. Golden, B.C. Maglich, R.A. Miller, J.R. Treglio
|
|
| A Clinical Servo System for Shifting the Range of Pion Beams |
acceleration, damping, feedback, pion |
1046 |
- D.J. Liska, L.B. Dauelsberg, J.K. Halbig, J.N. Leavitt
|
|
| Experimental Measurements on a 25 MeV Reflexotron |
accelerator, electron, field, target |
1061 |
- S.O. Schriber, L.W. Funk, S.B. Hodge, R.M. Hutcheon
|
|
| New Techniques for the Petra Vacuum System |
electron, synchrotron, thermal, vacuum |
1248 |
- H. Hartwig, J. Kouptsidis
|
|
| Mechanical Design of ISABELLE Magnet Cryostats |
quadrupole, shielding, thermal, vacuum |
1260 |
|
|
| A Football Coil, A Device to Produce Absolute Minimum Magnetic Field and an Isochronous Cyclotron for Heavy Ions |
cyclotron, field, focusing, ion |
1272 |
|
|
| Radiation Damage Limitations for the Fermilab Energy Doubler/Saver |
accelerator, proton, survey, thermal |
1334 |
|
|
| Some Aspects of the Vacuum System for the Proposed Storage Ring CESR |
electron, positron, quadrupole, vacuum |
1370 |
- M. Billing, N. Mistry, L. Phillips, D. Thomas
|
|
| A Vacuum Cold Bore Test Section at the CERN ISR |
electron, ion, thermal, vacuum |
1373 |
- C. Benvenuti, R. Calder, N. Hilleret
|
|
| Longitudinal Instabilities of Bunched Beams in the ISR |
electron, impedance, instability, synchrotron |
1490 |
- P. Bramham, S. Hansen, A. Hofmann, E. Peschardt
|
|
| Measuring the Aperture and Locating Beam Obstructions in the Fermilab Accelerator |
accelerator, field, quadrupole, vacuum |
1565 |
- J.C. Gannon, C.W. Schmidt
|
|
| A Solution for Remote Handling in Accelerator Installations |
accelerator, maintenance, 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 |
accelerator, insertion, instrumentation, ion |
1583 |
- T.N. Constant, K. Crook, D. Heggie
|
|
| Observation and Suppression of Radial Beam Blowup in the Maryland ERA |
electron, field, instability, scattering |
1642 |
- W.W. Destler, D.W. Hudgings, M.J. Rhee
|
|
| A Storage Device for Relativistic Electrons Consisting of a Phase-Free Cavity Resonator and Two Magnetic Mirrors |
acceleration, field, quadrupole, synchrotron |
1671 |
- W. Schott, H. Daniel, H. Zinner
|
|
| Monitoring High Energy Proton Beams by Narrow-Band Synchrotron Radiation |
field, polarization, proton, synchrotron |
1681 |
|
|
| The SPS Beam Instrumentation and Closed Orbit Correction |
accelerator, feedback, injection, software |
1733 |
- R. Bossart, J. Bosser, L. Burnod, A. Chapman-Hatchett, E. D'Amico, P. Mills
|
|
| Long Radiation Detector System for Beam Loss Monitoring |
ion, linac, monitoring, proton |
1807 |
- J. Balsamo, N.M. Fewell, J.D. Klein, R.L. Witkover
|
|
| Counterstreaming Electron Beam Profile and Position Monitor |
accelerator, alignment, electron, vacuum |
1815 |
- S.O. Schriber, K.J. Hohban
|
|
| The Positron-Electron Project - PEP |
luminosity, synchrotron, vacuum, wiggler |
1836 |
|
|
| Design Concept for a 100 GeV e+-e- Storage Ring |
lattice, synchrotron, vacuum, wiggler |
1857 |
- R. Billinge, P. Bramham, H.F Hoffmann, A.M. Hutton, K. Johnsen, E. Jones, E. Keil, B. Richter, W. Schnell, A. Verdier, E.J.N. Wilson
|
|
| A Low Energy Current Accelerator for High-Energy Proton Rings |
field, impedance, instability, proton |
1869 |
|
|
| Computer Simulation of the Electron-Bunch Widening as due to Self-Bunching |
accelerator, damping, impedance, simulation |
1882 |
|
|