| Paper |
Title |
Other Keywords |
Page |
| MO1-02 |
The SSC Linac
|
linac, emittance, rfq, controls |
8 |
| |
- L.W. Funk
SSCL, Dallas, Texas, USA
|
|
| MO4-38 |
Mechanical Features of a 700-MHz Bridge-Coupled Drift-Tube Linac
|
CCL, linac, quadrupole, lattice |
148 |
| |
- D. Liska, L. Carlisle, R. Garnett, T. Larkin, G. Lawrence, P. Smith
LANL, Los Alamos, New Mexico, USA
|
|
| MO4-44 |
Engineering Innovations on the SSC DTL Accelerator
|
vacuum, coupling, quadrupole, alignment |
166 |
| |
- J.P. Rymer, J. Givens, J.M. Potter
AccSys Technology, Inc., Pleasanton, California, USA
- B. Campbell
SSCL, Dallas, Texas, USA
- L. Hansborough
LANL, Los Alamos, New Mexico, USA
|
|
| MO4-54 |
Procedures for Setting RF Phase and Amplitude in SSC Drift-Tube-Linac Tanks
|
simulation, linac, cavity, drift-tube-linac |
196 |
| |
- F.W. Guy, J.W. Hurd
SSCL, Dallas, Texas, USA
|
|
| MO4-55 |
SSC Drift-Tube Linac Design
|
linac, rfq, focusing, quadrupole |
199 |
| |
- D. Raparia, L.W. Funk, F.W. Guy, G.T. Leifeste
SSCL, Dallas, Texas, USA
|
|
| MO4-67 |
Superconducting Super Collider Laboratory SSCL RFQ to DTL Input Matching Section
|
cavity, vacuum, diagnostics, rfq |
235 |
| |
- A.D. Ringwall, C.M. Combs
SSCL, Dallas, Texas, USA
|
|
| TU4-10 |
Development of a High-Power 432 MHz DTL
|
linac, quadrupole, vacuum, permanent-magnet |
320 |
| |
- F. Naito, T. Kato, E. Takasaki, Y. Yamazaki, K. Suzuki, Y. Iino
KEK, Ibaraki, Japan
- T. Kawasumi
MHI, Nagoya Aerospace Systems, Nagoya-shi, Japan
|
|
| TU4-11 |
Parameter Overview of SSC Linac
|
CCL, linac, quadrupole, ion |
323 |
| |
- J.F. Tooker, C.R. Chang, R.I. Cutler, L.W. Funk, F.W. Guy, G.T. Leifeste, D. Raparia, K. Saadatmand, R.C. Sethi, D.A. Swenson, C.G. Yao
SSCL, Dallas, Texas, USA
|
|
| TU4-12 |
System Engineering in the SSC Linac
|
linac, CDR, CCL, controls |
326 |
| |
- J.F. Tooker, C.R. Chang, R.I. Cutler, L.W. Funk, F.W. Guy, R. Hale, G.T. Leifeste, J. Nonte, B. Prichard, D. Raparia, K. Saadatmand, R.C. Sethi, C.G. Yao
SSCL, Dallas, Texas, USA
|
|
| TU4-24 |
Characterization of Beam Position Monitors in Two Dimensions
|
pick-up, diagnostics, controls, linac |
362 |
| |
- J. Power, J.D. Gilpatrick, F. Neri, B. Shurter
LANL, Los Alamos, New Mexico, USA
|
|
| TU4-35 |
Ground Test Accelerator (GTA) Drift Tube Linac (DTL) Fabrication and Assembly Status
|
cryogenics, cavity, alignment, linac |
395 |
| |
- E.O. Ballard, K.E. Christensen, P.P. Prince
LANL, Los Alamos, New Mexico, USA
|
|
| TU4-53 |
Commissioning Plans for SSC Linac
|
linac, diagnostics, rfq, CCL |
462 |
| |
- J.W. Hurd, R.L. Aprile, C.R. Chang, C.E. Crist, R.I. Cutler, L.W. Funk, F.W. Guy, G.T. Leifeste, D. Raparia, K. Saadatmand, R.C. Sethi, D.A. Swenson, J.F. Tooker, C.G. Yao
SSCL, Dallas, Texas, USA
|
|
| TU4-60 |
Design of the RFQ-DTL Matching Section for the SSCL Linac
|
emittance, cavity, rfq, linac |
483 |
| |
- R.C. Sethi, L.W. Funk, F.W. Guy, D. Raparia
SSCL, Dallas, Texas, USA
|
|
| TU4-66 |
End to End Simulation for the SSC Linac
|
emittance, linac, rfq, CCL |
501 |
| |
- D. Raparia, C.R. Chang, L.W. Funk, F.W. Guy
SSCL, Dallas, Texas, USA
- S. Nath, G. Neuschaefer
LANL, Los Alamos, New Mexico, USA
|
|
| TU4-67 |
Reducing the Field Perturbation Produced by Shifted Gaps in a Drift-Tube Linac
|
quadrupole, focusing, linac, diagnostics |
504 |
| |
- K.R. Crandall
AccSys Technology, Inc., Pleasanton, California, USA
- D. Raparia
SSCL, Dallas, Texas, USA
|
|
| WE1-01 |
Commissioning the GTA Accelerator
|
rfq, cavity, emittance, focusing |
535 |
| |
- O.R. Sander, W.H. Atkins, G.O. Bolme, S. Bowling, S. Brown, R. Cole, R. Connolly, J.D. Gilpatrick, R. Garnett, F.W. Guy, W.B. Ingalls, K.F. Johnson, D. Kerstiens, C. Little, R.A. Lohsen, S. Lloyd, W.P. Lysenko, C.T. Mottershead, G. Neuschaefer, J. Power, D.P. Rusthoi, K. Saadatmand, D.P. Sandoval, R.R. Stevens, G. Vaughn, E.A. Wadlinger, R. Weiss, V. Yuan
LANL, Los Alamos, New Mexico, USA
|
|
| TH1-01 |
The 400 MeV Linac Upgrade at Fermilab
|
linac, cavity, quadrupole, klystron |
565 |
| |
- R.J. Noble
Fermilab, Batavia, Illinois, USA
|
|
| TH4-08 |
Operating Characteristics of the ICR Proton Linac
|
rfq, proton, vacuum, cavity |
624 |
| |
- Y. Iwashita, T. Shirai, H. Dewa, H. Okamoto, A. Noda, H. Fujita, S. Kakigi, M. Inoue
Kyoto University, Uji, Kyoto, Japan
|
|
| TH4-50 |
High Intensity Proton Accelerator for Nuclear Waste Transmutation
|
proton, rfq, neutron, target |
749 |
| |
- M. Mizumoto, K. Hasegawa, H. Mino, H. Murata, T. Nishida, H. Oguri, Y. Okumura, K. Sakogawa, H. Takada, T. Takizuka, H. Yokobori
JAERI, Ibaraki, Japan
|
|
| TH4-68 |
Design and Simulation of a Bridge-Coupled DTL Structure for the 20-80 MeV Region of a Proton Linac for Accelerator Transmutation of Waste
|
CCL, emittance, focusing, linac |
802 |
| |
- R. Garnett, T. Larkin, G. Lawrence, D. Liska
LANL, Los Alamos, New Mexico, USA
|
|
| TH4-69 |
Setting of RF Phase and Amplitude in Multi-Tank Ion Linac
|
linac, cavity, simulation, LANL |
805 |
| |
- Yu.V. Bylinsky, S.V. Dvortsov, A.V. Feschenko, S.J. Jarylkapov, P.N. Ostroumov
INR, Moscow, Russia
|
|
| TH4-71 |
H- Injector for ADRIA
|
linac, cavity, injection, rfq |
811 |
| |
- I.M. Kapchinsky
ITEP, Moscow, Russia
- A. Lombardi, A. Pisent
INFN/LNL, Legnaro (PD), Italy
|
|