Paper |
Title |
Other Keywords |
Page |
CYC63A01 |
Survey of Operating Sector-Focused Cyclotrons
|
cyclotron, ion, emittance, target |
1 |
|
- R.S. Livingston
ORNL, Oak Ridge
|
|
CYC63A02 |
Operation of the Berkeley 88 - Inch Cyclotron
|
extraction, ion, cyclotron, target |
8 |
|
- H.A. Grunder, F.B. Selph
LRL, Berkeley
|
|
CYC63A06 |
Preliminary Operational Experience with the University of Michigan 83- Inch Sector - Focused Cyclotron
|
extraction, power-supply, cyclotron, ion |
39 |
|
- W.C. Parkinson, R.S. Tickle
University of Michigan, Ann Arbor, Michigan
|
|
CYC63B01 |
Beam Extraction from Sector - Focused Cyclotrons
|
cyclotron, extraction, resonance, ion |
48 |
|
- J.A. Martin
ORNL, Oak Ridge
|
|
CYC63C01 |
Sector - Focused Cyclotrons for Nuclear Physics Research
|
cyclotron, neutron, ion, heavy-ion |
85 |
|
- A. Zucker
ORNL, Oak Ridge
|
|
CYC63C02 |
Physics of Meson Factories
|
electron, scattering, target, antiproton |
93 |
|
- G. Bernardini
CERN, Geneva
|
|
CYC63C04 |
Polarized Particles in Cyclotrons
|
polarization, sextupole, cyclotron, vacuum |
107 |
|
- J. Thirion
Centre d'Etudes Nucléaires de Saclay, Gif - Sur - Yvette
|
|
CYC63C05 |
Depolarization Process in Sector - Focusing Cyclotrons
|
resonance, betatron, cyclotron, focusing |
118 |
|
- T.K. Khoe, L.C. Teng
ANL, Argonne
|
|
CYC63C06 |
Characteristics of the CERN Polarized Proton Source
|
quadrupole, ion, extraction, injection |
127 |
|
- L. Dick, Ph. Lévy, J. Vermeulen
CERN, Geneva
|
|
CYC63D03 |
Neutron Beam from the UCLA Spiral - Ridge Cyclotron
|
neutron, target, cyclotron, shielding |
144 |
|
- C.M. York, C. Ward, E. Tagliaferri, D. Hansen, J. Ewins, A. Berick
UCLA, Los Angeles, California
|
|
CYC63D04 |
Beam Optics Studies for the Mc2 Cyclotron
|
quadrupole, focusing, cyclotron, extraction |
149 |
|
- E.E. Gross
ORNL, Oak Ridge
|
|
CYC63D06 |
Shielding and Activation of High-Intensity Cyclotrons
|
shielding, neutron, cyclotron, target |
157 |
|
- J.P. Blaser, Ch. Perret
ETH, Zürich
- M. Barbier, J. Dutrannois
CERN, Geneva
|
|
CYC63D07 |
Residual Radiation Levels in the ORNL Mc2 Cyclotron
|
cyclotron, neutron, radiation, extraction |
165 |
|
- C.B. Fulmer, K.S. Toth, J.B. Ball
ORNL, Oak Ridge
|
|
CYC63D08 |
Design of Target Shields and Beam Catchers at Cyclotron Energies
|
neutron, target, shielding, cyclotron |
171 |
|
- M. Barbier
CERN, Geneva
- C.B. Fulmer
ORNL, Oak Ridge
|
|
CYC63E01 |
Orbit Studies for a 72 - Inch Cyclotron with Large Spiral Angle
|
extraction, resonance, focusing, cyclotron |
175 |
|
- L.W. Baumhoff, F.P. Brady, G.A. Carlson, J.A. Jungerman, J.A. McCray
University of California, Davis, California
|
|
CYC63E04 |
Central - Region Studies for the MSU Cyclotron
|
cyclotron, ion, acceleration, ion-source |
193 |
|
- H.G. Blosser, M. Reiser, M.M. Gordon
MSU, East Lansing, Michigan
|
|
CYC63E06 |
A Centre - Region Model of a Three - Sector Cyclotron
|
cyclotron, focusing, acceleration, resonance |
209 |
|
- D.J. Clark
Rutherford High Energy Laboratory, Didcot
|
|
CYC63E07 |
The Central Region of the Philips AVF Cyclotron
|
ion, focusing, ion-source, cyclotron |
214 |
|
- P. Kramer, H.L. Hagedoorn, N.F. Verster
Philips Research Laboratories, Eindhoven
|
|
CYC63E11 |
Limitations on Duty-Factor Improvement (via Phase-Shifting) Using H- Ions
|
ion, acceleration, electron, secondary-beams |
243 |
|
- M.M. Gordon
MSU, East Lansing, Michigan
|
|
CYC63F05 |
Magnet Design for the MSU 50 MeV Cyclotron
|
cyclotron, ion, focusing, extraction |
270 |
|
- H.G. Blosser
MSU, East Lansing, Michigan
|
|
CYC63F07 |
The Magnetic Field of a Two-Particle Fixed Energy AVF Cyclotron without Trimming Coils
|
focusing, induction, cyclotron, acceleration |
286 |
|
- H.L. Hagedoorn, N.F. Verster
Philips Research Laboratories, Eindhoven
|
|
CYC63F09 |
ORIC Beam Extraction System
|
extraction, vacuum, cyclotron, focusing |
297 |
|
- R.S. Lord, E.D. Hudson, F.M. Russell, R.J. Jones
ORNL, Oak Ridge
|
|
CYC63G01 |
Comparison of Various Circular Accelerators as Meson Factories
|
cyclotron, extraction, factory, ion |
317 |
|
- J.R. Richardson
UCLA, Los Angeles
|
|
CYC63G02 |
The Proton Linear Accelerator as a Pion Factory
|
linac, niobium, cyclotron, factory |
328 |
|
- G.H. Stafford
Rutherford High Energy Laboratory, Didcot
|
|
CYC63G03 |
Recent Progress on the ORNL Mc2 Cyclotron
|
cyclotron, extraction, ion, vacuum |
334 |
|
- R.J. Jones
ORNL, Oak Ridge
|
|
CYC63G05 |
Design of a 720 MeV Proton FFAG Accelerator
|
linac, injection, resonance, bunching |
351 |
|
- F.T. Cole, G. Parzen, E.M. Rowe, S.C. Snowdon
MURA, Madison, Wisconsin
- K.R. MacKenzie, B.T. Wright
UCLA, Los Angeles
|
|
CYC63G06 |
Use of a 10 GeV High-Intensity Accelerator as a Pion Factory
|
target, extraction, cyclotron, ffag |
353 |
|
- F.T. Cole, A. Galonsky
MURA, Madison, Wisconsin
|
|
CYC63H01 |
A Very High-Intensity Proton Linear Accelerator as a Meson Factory
|
cavity, linac, impedance, target |
365 |
|
- E.R. Beringer, W.A. Blanpied, R.L. Gluckstern, V.W. Hughes, H.B. Knowles, S. Ohnuma, G.W. Wheeler
Yale University, New Haven
|
|
CYC63H02 |
Design of Proton Linear Accelerators for Energies up to 300 MeV
|
impedance, cavity, acceleration, resonance |
372 |
|
- D.E. Young, R.S. Christian, T.W. Edwards, F.E. Mills, D.A. Swenson, J. van Bladel
MURA, Madison, Wisconsin
|
|
CYC63H05 |
On the Design of the Magnetic Field for a 450 MeV Proton Machine
|
resonance, induction, focusing, acceleration |
398 |
|
- W. Müller, W. Wolff
AEG Research, Frankfurt
|
|