Title |
Other Keywords |
Page |
A Multi-Purpose Digital Controller for the LEP RF System |
acceptance, controls, klystron, vacuum |
520 |
|
|
The CEBAF Control System Architecture |
CAMAC, accelerator, controls, electron |
523 |
|
|
The Impact of New Computer Technology on Accelerator Control |
accelerator, beamline, insertion, lattice |
529 |
- E. Theil, V. Jacobson, V. Paxson
|
|
Prototype Development of a Beam Line Expert System |
accelerator, alignment, commissioning, simulation |
532 |
- S.H. Clearwater, M.J. Lee
|
|
A CAMAC-Based Knob Controller for the LAMPF Control System |
CAMAC, accelerator, feedback, vacuum |
544 |
|
|
A Modular RF Control System at TRIUMF |
accelerator, extraction, ion, vacuum |
550 |
- T. Enegren, R. Burge, D.A. Dohan
|
|
A Scientific Workstation Operator-Interface for Accelerator Control |
accelerator, beamline, lattice, tune |
556 |
- V. Paxson, S. Clearwater, V. Jacobson, M. Lee, E. Theil
|
|
An Expert System for Accelerator Fault Diagnosis |
accelerator, field, maintenance, simulation |
559 |
|
|
Artificial Intelligence and Accelerator Control |
accelerator, ion, quadrupole, tune |
564 |
|
|
Experience in Using Workstations as Hosts in an Accelerator Control Environment |
accelerator, commissioning, controls, ion |
594 |
- A. Abola, R. Casella, T. Clifford, L. Hoff, R. Katz, S. Kennell, S. Mandell, E. McBreen, D.P. Weygand
|
|
Experience with the Use of "Macintrotte" for Commissioning Process Equipment of the LEP Pre-Injector |
CAMAC, commissioning, instrumentation, klystron |
597 |
- F. Di Maio, W. Heinze, F. Perriollat
|
|
Generic Device Controller for Accelerator Control Systems |
acceleration, accelerator, controls, instrumentation |
600 |
- R. Mariotti, W. Buxton, R. Frankel, L. Hoff
|
|
Programmable Master-Timer System |
CAMAC, accelerator, diagnostics, timing |
628 |
- J.M. Potter, M.L. Barnes, E.A. Bjorklund
|
|
RFQ1 Control and Data Acquistion System |
accelerator, background, cw, ion |
637 |
|
|
The Program Line Sequencer, A New Approach |
CAMAC, accelerator, controls, timing |
640 |
|
|
The Argonne Beamline-B Telescope Control System: A Study of Adaptability |
accelerator, ion, optics, proton |
652 |
- M.A. Fuka, P.N. Clout, A.P. Conley, J.O. Hill, R.B. Rothrock, L.L. Trease, M.E. Zander
|
|
TRAC 32: A 32-Channel Camac Current Converter with Wide Dynamic Range |
CAMAC, diagnostics, impedance, ion |
658 |
|
|
A Microprocessor Based Status Control and Interlock Protection System for the SRS |
CAMAC, accelerator, monitoring, timing |
667 |
- B.G. Martlew, D.G. Peters, D.E. Poole
|
|
Data Management for LEP Control |
accelerator, accumulation, maintenance, target |
683 |
|
|
Software Development in the TRISTAN Control |
accelerator, accumulation, radio-frequency, vacuum |
698 |
- S. Kurokawa, K. Abe, T. Katoh, E. Kikutani, H. Koiso, M. Kurihara, K. Oide, M. Shinomoto
|
|
Some Applications of AI to the Problems of Accelerator Physics |
accelerator, betatron, emittance, monitoring |
701 |
- T. Higo, H. Shoaee, J.E. Spencer
|
|
The Database for Accelerator Control in the CERN PS Complex |
acceleration, accelerator, controls, survey |
704 |
|
|
A Networked Real Time Control System for the Stanford Photon Research Laboratory |
CAMAC, electron, instrumentation, photon |
716 |
- C. Cork, J. Fox, R. Melen
|
|
Application of High Level Programs in a Controls Environment |
CAMAC, controls, cyclotron, field |
719 |
- C.J. Kost, D.A. Dohan, M. Mouat
|
|
Automated Emittance Measurements in the SLC |
background, collider, emittance, quadrupole |
725 |
- M.C. Ross, N. Phinney, G. Quickfall, J.C. Sheppard, H. Shoaee
|
|
Computer Control of the Energy Output of a Klystron in the SLC |
accelerator, controls, klystron, positron |
735 |
- R.K. Jobe, M.J. Browne, M. Flores, N. Phinney, H.D. Schwarz, J.C. Sheppard
|
|
Control of Stochastic Cooling & RF Systems Using Interactive Graphics |
accelerator, controls, feedback, stochastic cooling |
738 |
- G. Mayer, S. Beck, R. Pasquinelli
|
|
Development of the SPS/LEP Control Systems |
accelerator, collider, controls, timing |
741 |
|
|
Distributed Data Access in the LAMPF Control System |
CAMAC, accelerator, controls, ion |
745 |
- S.C. Schaller, E.A. Bjorklund
|
|
Feedback Systems in the SLC |
beam position monitor, feedback, kicker, timing |
748 |
- K.A. Thompson, R.K. Jobe, R. Johnson, N. Phinney
|
|
Implementation of Nonintercepting Energy Spread Monitors |
damping, feedback, monitoring, quadrupole |
757 |
- J.C. Sheppard, P.S. Bambade, J.E. Clendenin, T.E. Gromme, R.K. Jobe, N. Phinney, M.C. Ross
|
|
Overview of the SPS/LEP Fast Broadcast Message Timing System |
accelerator, antiproton, collider, timing |
766 |
- C.G. Beetham, R.J. Lauckner, C. Saltmarsh
|
|
The Pulsed Amplitude Unit for the SLC |
CAMAC, accelerator, field, timing |
786 |
- J. Rolfe, M.J. Browne, R.K. Jobe
|
|
The SLC Control System-Status and Development |
collider, feedback, klystron, positron |
789 |
|
|
Workstation Consoles for SLC |
accelerator, background, feedback, maintenance |
797 |
- J. Bogart, A. Hunter, S. Kleban, N. Phinney, N. Spencer, M. Sullenberger
|
|
Improvements in the Numerical Model of the NSCL K800 Superconducting Cyclotron Magnet |
cyclotron, field, lattice |
1446 |
|
|
The Bevatron Liquid Nitrogen Circulation System |
acceleration, controls, field, vacuum |
1622 |
|
|