Title |
Other Keywords |
Page |
Using MOTER to Design PILAC |
beamline, linac, multipole, pion |
281 |
- H.S. Butler, Z. Li, H.A. Thiessen
|
|
DIMAD Based Interactive Simulation of the CEBAF Accelerator |
beamline, extraction, septum, simulation |
309 |
- M.H. Bickley, D.R. Douglas, R.V. Servranckx
|
|
First Turn Around Strategy for RHIC |
betatron, injection, lattice, quadrupole |
413 |
- J. Milutinovic, A.G. Ruggiero
|
|
Analysis of Uptime Efficiency of the SLC as Measured by Pulse Accounting |
accelerator, electron, linac, positron |
836 |
- P. Krejcik, D. Bernstein, A. Gromme, D. Ohman, N. Spencer
|
|
Magnet Power Supply as a Network Object |
CAMAC, accelerator, controls, diagnostics |
929 |
|
|
Upgrades to the Fermilab Flying Wire Systems |
accelerator, feedback, laser, vacuum |
1174 |
- J. Zagel, A.A. Hahn, G. Jackson, T. Johnson, K. Martin, J. Misek, X.Q. Wang, W. Ye
|
|
Real Time Spectrum Analyzer |
electron, laser, linac, spectrum |
1225 |
- M. Bergher, E. Jules, A. Louis-Joseph
|
|
The AGS Booster Beam Loss Monitor System |
accelerator, booster, injection, radiation |
1231 |
- E.R. Beadle, G.W. Bennett, R.L. Witkover
|
|
Orbit Monitoring in the SLC |
accelerator, background, damping, monitoring |
1284 |
- L. Sanchez-Chopitea, P. Emma, D. Van Olst
|
|
Embedded Software for the CEBAF RF Control Module |
CAMAC, accelerator, algorithms, cathode |
1290 |
- G. Lahti, I. Ashkenazi, B. Morgan, C. West
|
|
Control of the Time and Energy Dependent Parameters of the Upgraded Tevatron Collider |
accelerator, collider, injection, lattice |
1296 |
- D.E. Johnson, G. Goderre, B. Hendricks, R.P. Johnson, R. Joshel
|
|
Development and Application of General Purpose Data Acquisition Shell (GPDAS) at Advanced Photon Source |
field, photon, quadrupole, vacuum |
1299 |
|
|
UNIX Data Acquisition System |
accelerator, instrumentation, timing, tune |
1302 |
- I. Kourbanis, G. Bourianoff, S. Peggs, T. Satogata, G. Tsironis
|
|
Control System User Interface for Accelerator Commissioning and Operation |
accelerator, beamline, field, septum |
1305 |
- D. Dobrott, J. Corbett, S. Howry, D. Keeley, A. King, G. Kolte, M. Lee, Z. Mikic
|
|
Overview of Real-Time Kernels at the Superconducting Super Collider Laboratory |
collider, controls, field, target |
1308 |
- K. Low, S. Acharya, M. Allen, E. Faught, D. Haenni, C. Kalbfleisch
|
|
A New Man-Machine-Interface at BESSY |
accelerator, background, light source, object oriented |
1311 |
- R. Müller, H.-D. Doll, I.J. Donasch, H. Marxen, H. Pause
|
|
Correlation Plot Facility in the SLC Control System |
commissioning, emittance, feedback, timing |
1317 |
- L. Hendrickson, N. Phinney, L. Sanchez-Chopitea
|
|
The AGS Booster Beam Position Monitor System |
booster, quadrupole, thermal, timing |
1347 |
- D.J. Ciardullo, A. Abola, E.R. Beadle, G.A. Smith, R. Thomas, W. Van Zwienen, R. Warkentien, R.L. Witkover
|
|
Rejuvenation of the CPS Control System: The First Slice |
CAMAC, accelerator, controls, instrumentation |
1353 |
- G. Benincasa, G. Daems, B. Frammery, P. Heymans, F. Perriollat, C. Serre, C.-H. Sicard
|
|
The UNK Control System |
accelerator, controls, field, synchrotron |
1356 |
- V.N. Alferov, V.L. Brook, A.F. Dunaitsev, S.G. Goloborodko, P.N. Kazakov, V.V. Komarov, B. Kuiper, A.F. Lukyantsev, M.S. Mikheev, V.P. Sakharov, E.D. Scherbakov, N.N. Trofimov, V.P. Voevodin, S.A. Zelepoukin
|
|
Control System Specification for a Cyclotron and Neutron Therapy Facility |
acceptance, controls, cyclotron, neutron |
1359 |
- J. Jacky, A. Barke, S. Brossard, R. Jackson, I. Kalet, R. Risler, P. Wootton
|
|
The COSY Control System, a Distributed Realtime Operating System: First Practical Experience at the COSY-Injector |
accelerator, controls, cyclotron, object oriented |
1362 |
- M. Stephan, U. Hacker, K. Henn, A. Richert, K. Sobotta, A. Weinert
|
|
Initial Control of the H- Ion Source at the Superconducting Super Collider Laboratory |
CAMAC, accelerator, ion, monitoring |
1365 |
- G. Martinsen, S. Acharya, M. Allen, E. Faught, K. Low, J. Sage
|
|
Control System for the MLI Model 1.2-400 Sychrotron Light Source |
accelerator, injection, monitoring, synchrotron |
1371 |
- B. Ng, R. Billing, R. Legg, K. Luchini, D. Meaney, S. Pugh, Y. Zhou
|
|
An Inexpensive PC-Based Ion Linac Control System |
accelerator, ion, linac, plasma |
1377 |
|
|
Control System at the Synchrotron Radiation Research Center |
accelerator, monitoring, radiation, synchrotron |
1380 |
|
|
Longitudinal Damping System for the Fermilab Booster |
booster, damping, instability, synchrotron |
1386 |
- I. Haberman, I. Rypshtein
|
|
Design of VAX Software for a Generalized Feedback System |
accelerator, collider, feedback, linac |
1416 |
- F. Rouse, S. Castillo, T. Himel, B. Sass, H. Shoaee
|
|
General, Database-Driven Fast-Feedback System for the Stanford Linear Collider |
accelerator, controls, damping, feedback |
1419 |
- F. Rouse, S. Allison, S. Castillo, T. Gromme, B. Hall, L. Hendrickson, T. Himel, K. Krauter, B. Sass, H. Shoaee
|
|
Accelerator Simulation and Operation via Identical Operational Interfaces |
CAMAC, accelerator, controls, simulation |
1443 |
- J. Kewisch, A. Barry, R. Bork, B. Bowling, V. Corker, G. Lahti, K. Nolker, J. Sage, J. Tang
|
|
Use of Digital Control Theory State Space Formalism for Feedback at SLC |
accelerator, feedback, simulation, spectrum |
1451 |
- T. Himel, L. Hendrickson, F. Rouse, H. Shoaee
|
|
Proposed Data Acquisition System for the Fermilab Booster |
acceleration, accelerator, booster, injection |
1458 |
- V. Bharadwaj, S. Peggs, C. Saltmarsh, G. Wu
|
|
BPM Data Acquisition System for the Bates Pulse Stretcher Ring |
injection, monitoring, target, timing |
1467 |
- O. Calvo, J. Flanz, T. Russ
|
|
Smart Rack Monitor for the Linac Control System |
accelerator, commissioning, crystal, linac |
1484 |
- S. Shtirbu, R.W. Goodwin, E.S. McCrory, M.F. Shea
|
|
SLC's Adaptation of the ALS High Performace Serial Link |
accelerator, collider, light source, target |
1487 |
|
|
Use of Ethernet and TCP/IP Socket Communications Library Routines for Data Acquisition and Control in the LEP RF System |
accelerator, controls, diagnostics, klystron |
1490 |
- E. Ciapala, P. Collier, P. Lienard
|
|
I/O Subnets for the APS Control System |
accelerator, field, ion, photon |
1496 |
- N.D. Arnold, R.T. Daly, M.R. Kraimer, W.P. McDowell, G.J. Nawrocki
|
|
A Programmable Beam Intensity Display System for the Fermilab Accelerators |
accelerator, controls, extraction, linac |
1505 |
|
|
An Automated RF Control and Data Acquisition System for Testing Superconducting RF Cavities |
coupling, crystal, field, modulator |
1508 |
- C. Reece, P. Kushnick, T. Powers
|
|
A New Data Acquisition and Control System for the Power Amplifier Test Station |
booster, cathode, instrumentation, monitoring |
1511 |
|
|
Vacuum Control System for the MLI Model 1.2-400 Synchrotron Light Source |
accelerator, beamline, synchrotron, vacuum |
1514 |
|
|
The New Vacuum Control System for the SPS |
accelerator, controls, instrumentation, vacuum |
1516 |
|
|
Vacuum and Beam Diagnostic Controls for ORIC Beam Lines |
accelerator, controls, ionization, vacuum |
1519 |
|
|
An Automated Vacuum System |
accelerator, controls, instrumentation, vacuum |
1522 |
- W.H. Atkins, C. Bridgman, G.D. Vaughn
|
|
Intelligent Power Supply Controller |
accelerator, controls, crystal, object oriented |
1537 |
- R.S. Rumrill, D.J. Reinagel
|
|
History Data Facility in the SLC Control System |
accelerator, collider, monitoring, positron |
1540 |
|
|
A Table Driven Database and Applications Generator for Accelerator Control Systems |
accelerator |
1546 |
- A. Carter, T. Russ, C. Sibley
|
|
The Improvement of TRISTAN Timing System |
CAMAC, field, linac, timing |
1555 |
|
|
Software Design for a Database Driven System for Accelerator Magnet Measurements |
accelerator, field |
2134 |
- B.C. Brown, M.E. Bleadon, H.D. Glass, R. Glosson, R.W. Hanft, D.J. Harding, P.O. Mazur, J.E. Pachnik, J.W. Sim, K. Trombly-Freytag, D.G. Walbridge
|
|
The Physical Way of Standardizing Magnets |
accelerator, betatron, field, quadrupole |
2143 |
|
|
Preliminary Study of an Integral Harmonic Analysis Magnetic Field Measurement System for Long SSC Magnets |
CAMAC, field, injection, instrumentation |
2161 |
|
|
A Software Package Linking PE2D and ANSYS for SSC Magnet Design |
collider, field, finite element, thermal |
2197 |
- N. Kallas, C. Haddock, J. Jayakumar, D. Orrell, G. Snitchler, G. Spigo, J. Turner
|
|
A Closed Cycle Cryogenic System for Testing Superconducting RF Cavities |
controls, radiation, solenoid, vacuum |
2325 |
- C. Reece, B. Almeida, T. Powers, J. Susta
|
|
Considerations for Design of a Micropositioner for Cryogenic Accelerators |
accelerator, alignment, thermal, vacuum |
2456 |
- S.C. Lloyd, R.C. Gentzlinger
|
|
RF Control System for CEBAF |
CAMAC, accelerator, field, resonance |
2515 |
|
|
Modern Computer Networks and Distributed Intelligence in Accelerator Controls |
accelerator, controls, survey |
2520 |
|
|
Modern Operators' Consoles for Accelerator Control at Fermilab |
accelerator, controls, linac, site |
2523 |
- P. Lucas, K. Cahill, R. Peters, J. Smedinghoff
|
|
The Advanced Photon Source Control System |
accelerator, injection, monitoring, photon |
2526 |
- M.J. Knott, M.D. Anderson, N.D. Arnold, B.-C.K. Cha, R.T. Daly, G.R. Gunderson, M.R. Kraimer, F.R. Lenkszus, W.P. McDowell
|
|
ALS Insertion Device Block Measurement and Inspection |
accelerator, field, insertion, photon |
2739 |
- S. Marks, J. Carrieri, C. Cork, W.V. Hassenzahl, E. Hoyer, D. Plate
|
|
Heating of the LSS Wiggler Beam Tube Due to Induced Surface Current |
impedance, laser, wiggler |
2769 |
- W.C. Sellyey, C.G. Parazzoli
|
|
An Active Interlock System for the NSLS X-Ray Ring Insertion Devices |
background, insertion, vacuum, x-ray |
2790 |
- R.J. Nawrocky, R. Biscardi, J. Dabrowski, G. Decker, J. Flannigan, S. Ramamoorthy, J. Rothman, J. Smith, I. So, M. Thomas
|
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