Title |
Other Keywords |
Page |
CW Electron Accelerators: A Review |
cw, electron, injection, linac |
1 |
|
|
The Status of R&D for the Relativistic Heavy Ion Collider at Brookhaven |
collider, field, injection, ion |
12 |
|
|
Status Report on the GSI Synchrotron Facility and First Beam Results |
acceptance, injection, ion, synchrotron |
27 |
|
|
Problems in Measuring Micron-Size Beams |
electron, field, positron, radiation |
60 |
|
|
Flying Wires at Fermilab |
antiproton, emittance, proton, software |
68 |
- J. Gannon, C. Crawford, D. Finley, R. Flora, T. Groves, M. MacPherson
|
|
Advanced Light Source Control System |
controls, insertion, light source, software |
74 |
- S. Magyary, M. Chin, C. Cork, M. Fahmie, H. Lancaster, A. Molinari, A. Ritchie, A. Robb, C. Timossi
|
|
The Provision of Telecommunications Links for the LEP Collider |
collider, controls, site, timing |
79 |
|
|
A Unified Approach to Building Accelerator Simulation Software for the SSC |
lattice, optics, simulation, software |
82 |
- V. Paxson, C. Aragon, S. Peggs, C. Saltmarsh, L. Schachinger
|
|
The Bates Pulse Stretcher Ring Control System Design |
CAMAC, instrumentation, linac, software |
85 |
- T. Russ, A. Carter, Z. Radouch, C. Sibley
|
|
Advanced Light Source Master Oscillator |
crystal, light source, linac, spectrum |
118 |
- C.C. Lo, K. Baptiste, B. Taylor
|
|
Transient Analysis of Multicavity Klystrons |
bunching, impedance, klystron, space-charge |
126 |
- T.L. Lavine, R.H. Miller, P.L. Morton, R.D. Ruth
|
|
RF Pulse Compression Experiment at SLAC |
acceleration, insertion, klystron, waveguide |
132 |
- Z.D. Farkas, G. Spalek, P.B. Wilson
|
|
A High Power X-Band Relativistic Klystron |
electron, field, klystron, x-band |
147 |
- T.J. Davis, E. Chojnacki, J.A. Nation
|
|
RF System for High-Power Industrial Irradiators |
cathode, electron, klystron, modulator |
153 |
- J.P. Labrie, S.T. Craig, N.H. Drewell, J. Ungrin, B.F. White
|
|
Damped Accelerator Structures for Future Linear e Colliders |
collider, coupling, field, waveguide |
156 |
- H. Deruyter, H.A. Hoag, A.V. Lisin, G. A. Loew, R.B. Palmer, J.M. Paterson, C.E. Rago, J.W. Wang
|
|
60 KW UHF, Solid State RF Power Supply |
controls, diagnostics, ion, quadrupole |
162 |
- C.D. Davis, M.T. Lynch, D. W. Reid
|
|
Progress on a Prototype Main Ring RF Cavity |
coupling, ferrite, field, thermal |
177 |
- G.R. Swain, R. Kandarian, R.L. Poirier, W.R. Smythe, H.A. Thiessen
|
|
High Power RF Tests of 433 MHz Single-Cell Accelerator Cavities and Associated Feed System |
coupling, electron, field, klystron |
183 |
- A.M. Vetter, J.L. Adamski, R.W. Kruse, A.G. Krycuk
|
|
SUPERFISH Accuracy Dependence on Mesh Size |
field, linac, radio-frequency, rf cavities |
186 |
- J. L. Merson, G.P. Boicourt
|
|
Prototype RF Cavity for the HISTRAP Accelerator |
ferrite, field, impedance, vacuum |
193 |
- S.W. Mosko, D.T. Dowling, D.K. Olsen
|
|
Modification of MEA Modulator-Kystron Units Enabling Short Pulse Injection into a Pulse-Stretcher Ring |
electron, klystron, modulator, spectrum |
205 |
|
|
The Design of the R.F. Cavities for Elettra |
electron, field, impedance, simulation |
220 |
- P. Fernandes, R. Massarino, A. Massarotti, R. Parodi, A. Tarditi
|
|
Boeing Travelling Wave Structure Electrical Performance |
electron, field, impedance, travelling wave |
229 |
- T. Buller, R. Friedman, W. Gallagher, A. Vetter
|
|
An Improved 1.26 MHz System for the Fermilab Antiproton Accummulator |
antiproton, feedback, ferrite, impedance |
237 |
- D.W. Peterson, V. Bharadwaj, J. Klen, R. Pasquinelli, R. Webber
|
|
Engineering Design of the Interaction Waveguide for High-Power Accelerator-Driven Microwave Free-Electron Lasers |
electron, field, laser, lifetime |
246 |
- D.B. Hopkins, H.W. Clay, G. Listvinsky, M.A. Makowski, B.W. Stallard, A.L. Throop
|
|
A Modular Instrumentation Panel for Monitoring the Status of Accelerator Cooling Systems at Los Alamos |
cooling water, instrumentation, linac, monitoring |
268 |
- T.L. Tomei, N.F. Clark, D. J. Liska
|
|
Operational Status of the Brookhaven National Laboratory Accelerator Test Facility |
electron, electron gun, gun, injection |
273 |
- K. Batchelor, I. Ben-Zvi, I. Biglio, T.S. Chou, R.C. Fernow, J. Fischer, J. Gallardo, H.G. Kirk, N. Kurnit, K.T. McDonald, R.B. Palmer, Z. Parsa, C. Pellegrini, J. Sheehan, T Srinivasan-Rao, S. Ulc, M. Woodle, A. van Steenbergen
|
|
High Current Metal Ion Beam Injection Experiments |
acceleration, emittance, injection, ion |
286 |
- I.G. Brown, H. Emig, J. Klabunde, D.M. Rueck, P. Spaedtke, B.H. Wolf
|
|
NPBTS-Overview and Capabilities |
diagnostics, emittance, linac, optics |
295 |
- C.L. Fink, F.O. Bellinger, F.R. Brumwell, C.R. Hummer, A.H. Novick, C.T. Roche, M. Rosing, T.J. Yule
|
|
Performance Improvement of the KEK PS-Booster Synchrotron |
booster, injection, linac, synchrotron |
301 |
- I. Yamane, S. Hiramatsu, M. Kihara, N. Kumagai, E. Takasaki
|
|
The Brookhaven Accelerator Test Facility Injection System |
focusing, injection, ion |
307 |
- X.J. Wang, H.G. Kirk, K.T. McDonald, C. Pellegrini, W.P. Russell
|
|
The ECR Heavy-Ion Source for ATLAS |
acceleration, field, ion, solenoid |
319 |
- R.C. Pardo, P.J. Billquist
|
|
An Optimized H- Magetron Ion Source/LEBT System |
extraction, focusing, ion, vacuum |
331 |
- P.A. Tompkins, F.R. Huson, D. Raparia
|
|
Generation and Amplification of Temporally "Square" Optical Pulses for the FEL Photoelectric Injector |
background, electron, emittance, laser |
337 |
- D.K. Remelius, G.E. Busch, D.C. Nguyen, R.L. Sheffield, D.E. Watkins, R.G. Wenzel
|
|
Timing Jitter Measurements at the SLC Electron Source |
damping, electron, gun, timing |
343 |
- J. Sodja, M.J. Browne, J.E. Clendenin
|
|
Successful DC Recirculation of a 2 MeV Electron Beam at Currents More than 0.1 Ampere |
electron, gun, recirculation, solenoid |
348 |
- J.R. Adney, D.R. Anderson, D.J. Larson, F.E. Mills, M.L. Sundquist
|
|
Design Calculations and Measurements of a Dipole Magnet with Permendur Pole Pieces |
field, induction, magnetic measurements, wiggler |
351 |
- R.A. Early, J. K. Cobb, J.E. Oijala
|
|
Variable Gradient Permanent-Magnet Quadrupole Lenses |
extraction, field, quadrupole, space-charge |
354 |
- P.G. O'Shea, J.E. Dyson, R.G. Maggs, P. Schafstall, T.J. Zaugg
|
|
Conceptual Design of a 5 T/mm Quadrupole for Linear Collider Final Focus |
collider, field, induction, quadrupole |
360 |
|
|
Design of a Pulsed Switching Magnet for the Bevalac |
alignment, field, focusing, vacuum |
372 |
- S. Abbott, J. Alonso, J. Brown, J. Kalnins, G. Krebs, R. Reimers
|
|
Laced Permanent Magnet Quadrupole Drift Tube Magnets |
field, focusing, linac, quadrupole |
375 |
- B. Feinberg, G.U. Behrsing, K. Halbach, J.S. Marks, M.E. Morrison, D.H. Nelson
|
|
Quadrupole Magnet for the APS Storage Ring |
field, photon, quadrupole, vacuum |
396 |
- K.M. Thompson, S. Kim, R. Lari, L.R. Turner
|
|
Beam Transport Magnets for CEBAF |
electron, field, optics, quadrupole |
399 |
- L.H. Harwood, G. Biallas, J.R. Boyce, W. Heilbrunn, K. Johnson, R.C. York
|
|
A Magnetically Switched Kicker for Proton Extraction |
extraction, field, induction, kicker |
402 |
|
|
Design of MCTD Photoinjector Cavities |
coupling, electron, emittance, photoinjector |
420 |
- J.L. Warren, T.L. Buller, A.M. Vetter
|
|
Proposals for B- and Phi-Meson Factories in Novosibirsk |
electron, lattice, luminosity, positron |
441 |
|
|
High Luminosity Operation of the Cornell Electron Storage Ring |
luminosity, rf cavities, tune, vacuum |
444 |
|
|
TRIUMF KAON Factory Pre-Construction Study |
booster, cyclotron, extraction, factory |
450 |
- M.K. Craddock, A. Astbury, D. Axen, R. Baartman, M. Barnes, J. Beveridge, E.W. Blackmore, R. Burge, J. Carey, G. Clark, W.K. Dawson, D. Dohan, J. Doornbos, G. Dutto, T. Enegren, B. Frammery, C. Haddock, T.A. Hodges, P. Kitching, S. Koscielniak, R.E. Laxdal, G.H. Mackenzie, C.J. Oram, A.J. Otter, J. Pearson, R.L. Poirier, K. Reiniger, J.R. Richardson, D. Schultz, P. Schwandt, R.V. Servranckx, G. Stinson, T. Suzuki, I.M. Thorson, V.K. Verma, E.W. Vogt, G. Wait, U. Wienands, M. Zach, M. Zanolli
|
|
Record Capture and Acceleration Efficiency in the SURF-II 300 MeV Circular Storage Ring |
field, kicker, lifetime, microtron |
461 |
|
|
Higher Order Mode RF Power Extraction From Polarized Cavities with a Single Output Coupler |
damping, deflecting mode, field, quadrupole |
479 |
- J. Kirchgessner, J. Graber, W. Hartung, D. Moffat, H. Padamsee, D. Rubin, D. Saraniti, J. Sears, Q.S. Shu
|
|
Temperature and Field Dependence of the RF Surface Resistance of High Tc Materials |
coupling, crystal, field, superconductivity |
488 |
- D. Moffatt, K. Green, J. Kirchgessner, H. Padamsee, D. Rubin, J. Sears, Q.S. Shu
|
|
R & D in Progress to Overcome Field Emission in Superconducting Accelerator Cavities |
field, superconductivity, thermal, vacuum |
491 |
- Q.S. Shu, K. Gendreau, W. Hartung, J. Kirchgessner, D. Moffatt, R. Noer, H. Padamsee, D. Rubin, J. Sears
|
|
Collarless, Close-in, Shaped Iron Aperture Designs for the SSC Dipole |
controls, field, quench, sextupole |
500 |
|
|
Status of the Quadrupoles for RHIC |
field, ion, quadrupole, quench |
503 |
- P.A. Thompson, J.G. Cottingham, M. Garber, A. Ghosh, C. Goodzeit, A. Greene, J. Herrera, S. Kahn, E. Kelly, G. Morgan, S. Plate, A. Prodell, W. Sampson, W. Schneider, R. Shutt, P. Wanderer, E. Willen
|
|
The D0 Low Power and Quench Protection System |
collider, insertion, quadrupole, quench |
515 |
- K.P. Koepke, M.J. Lamm, G. S. Tool
|
|
In-Situ Non-Destructive Testing of Superconducting Dipoles in the Tevatron |
field, target, vacuum, x-ray |
524 |
- B. Hanna, H. Jostlein, D. Plant, S. Pruss
|
|
Design Considerations for a Large Aperture High Field Superconducting Dipole |
field, multipole, sextupole, target |
527 |
- F. Harfoush, C. Ankenbrandt, M. Harrison, J. Kerby, K. Koepke, P. Mantsch, T. Nicol, A. Riddiford, J. Theilacker
|
|
Full Length SSC R&D Dipole Magnet Test Results |
Lorentz force, collider, field, quench |
530 |
- J. Strait, M. Bleadon, B.C. Brown, S. Caspi, M. Chapman, J. Cortella, J.G. Cottingham, P. Dahl, A. Desportes, A. Devred, G. Ganetis, A. Garber, A. Ghosh, W. Gilbert, C. Goodzeit, A. Greene, R. Hanft, J. Herrera, S. Kahn, J. Kaugerts, E. Kelly, T. Kirk, M. Kuchnir, M. Lamm, P. Mantsch, P.O. Mazur, R. Meuser, K. Mirk, G. Morgan, D. Orris, J. Peoples, C. Peters, A. Prodell, J. Rechen, J.M. Royet, W. Sampson, R. Scanlan, R. Schermer, R. Schutt, C. Taylor, P. Thompson, J.C. Tompkins, G. Tool, J. Turner, P. Wanderer, E. Willen, J. Zbasnik
|
|
Charge State Distributions for Heavy Ions in Carbon Stripper Foils |
acceleration, ion, ionization, tune |
536 |
- M.A. McMahan, B. Feinberg, R.F. Lebed
|
|
Emittance at the SuperHILAC and the Bevalac Transfer Line |
cyclotron, emittance, injection, optics |
539 |
- G.F. Krebs, M.S. Abinante, J.R. Alonso, B. Feinberg, K. Fowler, J. Guggemos, J.G. Kalnins, J. Staples, R. Thatcher, E. Zajec
|
|
Jitter in H- Beam Position at Neutral Particle Beam Test Stand |
CAMAC, collimation, linac, neutron |
542 |
- A.H. Novick, M.R. Kraimer
|
|
Beam Dumps, Stoppers and Faraday Cups at the SLC |
damping, linac, thermal, vacuum |
551 |
- D.R. Walz, E. Lewandowski, A. McFarlane
|
|
Optical Design of the CEBAF Beam Transport System |
betatron, linac, optics, quadrupole |
557 |
- D.R. Douglas, J. Kewisch, R.C. York
|
|
The Liqud Helium System of ATLAS |
booster, controls, heavy-ion, linac |
571 |
- J.M. Nixon, L.M. Bollinger
|
|
Cryogenic Optimization for Cavity Systems |
electron, impedance |
589 |
|
|
The CEBAF Croygenic Systems |
controls, linac, superconductivity, vacuum |
592 |
- W.C. Chronis, D. Arenius, D. Kashy, M. Keesee, C.H. Rode
|
|
A Synchronous Beam Sweeper for Heavy Ions |
cathode, field, ion, vacuum |
595 |
|
|
Generating Catalogs of Transverse Matching Solutions |
field, focusing, quadrupole, target |
598 |
- G. Swain, M. Burns, P. Busch
|
|
Thermal Analysis of Cryogenically Cooled Linear Accelerators |
monitoring, quadrupole, simulation, thermal |
604 |
- S. Fixler, J. Healey, T. Schultheiss, J. Szot
|
|
A Rotary Tuner for UHF Drift-Tube Linacs |
coupling, field, insertion, linac |
607 |
- D. J. Liska, J. H. Billen, H. Mignardot, G.W. Zimmerman
|
|
Numerical and Experimental Studies of Particle Accelerators Powered by Modulated Intense Relativistic Electron Beams |
acceleration, electron, field, simulation |
609 |
- J. Krall, M. Friedman, Y.Y. Lau, V. Serlin
|
|
Advanced Accelerator Test Facility (AATF) Upgrade Plan |
electron, field, laser, plasma |
612 |
- W. Gai, B. Cole, C. Ho, R. Konecny, S. Mtingwa, J. Norem, J. Rosenzweig, M. Rosing, P. Schoessow, J. Simpson
|
|
Applicaton of Novel Material in Crystal Accelerator Concepts |
crystal, ion |
630 |
- B. Newberger, B.C. Covington, F.R. Huson, W. Mackay, N.K. Mahale, S. Ohnuma, J.R. Payne, T. Tajima, Z.G. Zou
|
|
Novel Stochastic Cooling Pickups/Kickers |
coupling, impedance, stochastic cooling, waveguide |
636 |
- J. Petter, J. Marriner, D. McGinnis
|
|
New 4-8 GHz Core Cooling Pickups and Kickers for the Fermilab Accumulator |
betatron, impedance, kicker, vacuum |
648 |
- J. Petter, J. Marriner, D. McGinnis, J. Misek
|
|
Coulomb Scattering Cross Sections for Accelerator Design |
acceptance, betatron, proton, scattering |
654 |
- M.N. Butler, F. Jones, S. Koscielniak, G.H. Mackenzie
|
|
Boeing 120 MeV RF Linac Injector Design and Accelerator Performance Comparison with PARMELA |
emittance, field, gun, simulation |
657 |
- A. Yeremian, J. Adamski, W. Gallagher, R. Kennedy, J. Orthel, L. Young
|
|
Elementary Analysis of Phase Space Painting |
betatron, emittance, injection, proton |
660 |
|
|
Relocation of the Helium Ion Radiotherapy Program from the 184" Synchrocyclotron to the Bevalac |
commissioning, instrumentation, ion, radiation |
669 |
- J.R. Alonso, J. Bercovitz, W.T. Chu, B. Ludewigt, M. Nyman, R.P. Singh, C. Stradtner, R. Tafelski, R. Walton
|
|
Conceptual Design of an RFQ Accelerator-Based Neutron Source for Boron Neutron-Capture Therapy |
irradiation, neutron, proton, target |
678 |
- T.P. Wangler, T.S. Bhatia, T.E. Blue, R.A. Gahbauer, J.E. Stovall, C.K.C. Wang
|
|
High-Performance Deuterium-Lithium Neutron Source for Fusion Materials and Technology Testing |
deuteron, irradiation, neutron, target |
684 |
- G.P. Lawrence, T.S. Bhatia, B. Blind, F.W. Guy, R.A. Krakowski, G.H. Neuschaefer, N.M. Schnurr, S.O. Schriber, G.L. Varsamis, T.P. Wangler, M.T. Wilson
|
|
Extraction and Transport of the High Current Ion Beam |
electron, extraction, ion, space-charge |
688 |
- K.H. Chung, B.H. Choi, W. Kim, S.K. Ko
|
|
Optimal Wakefield Excitation and Particle Acceleration in a Relativistic Counterstreaming Electron Beam |
acceleration, electron, field, plasma |
691 |
|
|
Optical Correlator Notch Filters for Fermilab Debuncher Betatron Stochastic Cooling |
antiproton, betatron, stochastic cooling, thermal |
694 |
- R.J. Pasquinelli, W. Kells, J. Marriner, D. Peterson
|
|
Design of a Synchrotron for Proton Therapy |
acceleration, injection, proton, synchrotron |
700 |
- S. Fukumoto, K. Endo, T. Inada, T. Kitagawa, A. Maruhashi, K. Muto, Y. Takada, H. Tsujii
|
|
Report on the Lake Arrowhead Workshop on Advanced Acceleration Concepts |
acceleration, field, laser, plasma |
712 |
|
|
Experimental Measurement of Nonlinear Plasma Wake-Fields |
acceleration, electron, focusing, plasma |
731 |
- J.B. Rosenzweig, B. Cole, W. Gai, R. Konecny, J. Norem, P. Schoessow, J. Simpson
|
|
Upper Hybrid Wave Collective Acceleration Studies |
cyclotron, electron, field, wiggler |
734 |
- E. Chojnacki, T.J. Davis, J.D. Ivers, J.A. Nation
|
|
Loma Linda Medical Accelerator Project |
extraction, proton, radiation, synchrotron |
737 |
- F.T. Cole, P.V. Livdahl, F.E. Mills, L.C. Teng
|
|
Medical Accelerator Projects at Michigan State University |
cyclotron, field, ion, neutron |
742 |
- H. Blosser, E. Blosser, G. Blosser, R. Burleigh, D. Johnson, T. Kuo, F. Marti, R. Maughan, W. Powers, J. Vincent, J. Wagner, A. Zeller
|
|
Report on the Symposium on Heavy Ion Inertial Fusion, Darmstadt, Germany, June 1988 |
electron, induction, injection, ion |
747 |
|
|
Status of the PBFA-II Light Ion Beam Fusion Program |
cathode, field, ion, plasma |
752 |
- J.P. Quintenz, J.E. Bailey, K.W. Bieg, D.D. Bloomquist, R.S. Coats, D.L. Cook, J.T. Crow, M.S. Derzon, M.P. Desjarlais, P.L. Dreike, R.A. Gerber, T.W. Hussey, D.J. Johnson, W.A. Johnson, R.P. Kensek, G.W. Kuswa, J.R. Lee, R.J. Leeper, T.R. Lockner, J.E. Maechen, D.H. McDaniel, P.F. McKay, T.A. Mehlhorn, C.W. Mendel, Jr., L.P. Mix, E.L. Neau, C.L. Olson, T.D. Pointon, A.L. Pregenzer, T.J. Renk, G.E. Rochau, S.E. Rosenthal, C.L. Ruiz, L.X. Schneider, S.A. Slutz, R.W. Stinnett, W.A. Stygar, M.A. Sweeney, G.C. Tisone, B.N. Turman, J.P. VanDevender, J.R. Woodworth
|
|
Accelerator for the Production of Tritium (APT) |
cw, lattice, linac, proton |
761 |
- M.T. Wilson, T.S. Bhatia, F.W. Guy, G.H. Neuschaefer, T.P. Wangler, L.M. Young
|
|
High-Average Power Millimeter-Wave FEL for Plasma Heating Using the ETA-II Accelerator |
electron, field, waveguide, wiggler |
770 |
- A.L. Throop, D.P. Atkinson, J.C. Clark, G.A. Deis, D.B. Hopkins, R.A. Jong, M.A. Makowski, W.E. Nexsen, A.C. Paul, E.T. Scharlemann, B.W. Stallard, K.I. Thomassen, W.C. Turner
|
|
The NIST-NRL Free-Electron Laser Facility |
electron, linac, microtron, wiggler |
775 |
- P.H. Debenham, R.L. Ayres, J.B. Broberg, R.I. Cutler, B.C. Johnson, R.G. Johnson, E.R. Lindstrom, D.L. Mohr, S. Penner, J.E. Rose, P. Sprangle, C.-M. Tang, J.K. Whittaker, N.D. Wilkin, M.A. Wilson
|
|
DELTA, a Low-Emittance Storage Ring as Free-Electron-Laser Radiation Source |
lattice, optics, radiation, undulator |
780 |
|
|
Developement of a 10-m Wedged-Pole Undulator |
field, focusing, undulator, vacuum |
783 |
- K.E. Robinson, S.C. Gottschalk, F.E. James, D.C. Quimby, J.M. Slater, A.S. Valla
|
|
A Novel Small Period Electromagnetic Undulator for Free Electron Lasers |
electron, field, finite element, undulator |
786 |
- W. Zhou, A.N. Fang, W.Z. Tang
|
|
Multibunch Beam Breakup in High Energy Linear Colliders |
acceleration, focusing, linac, simulation |
795 |
|
|
Intrinsic and Resonance Space Charge Limits |
booster, field, lattice, simulation |
818 |
|
|
Comparison of Energy Spreads Induced by a Longitudinal Wakefield in a Cavity |
acceleration, impedance, laser, wakefield |
830 |
- H. Takeda, K.C.D. Chan, L.E. Thode
|
|
Methods for Detailed Modeling of the Longitudinal Phasespace Dynamics for Beams in Cyclic Accelerators |
coupling, feedback, impedance, simulation |
842 |
- S. Stahl, J.A. MacLachlan
|
|
The Improvement Program for Higher Intensity and Better Quality in the Princeton University Cyclotron |
coupling, cyclotron, extraction, field |
845 |
- Y. Huang, S. Kidner, S. Oh, M. Yoon
|
|
Application of the ARGUS Code to Accelerator Design Calculations |
acceleration, field, gun, simulation |
877 |
- A. Mondelli, C. Chang, A. Drobot, K. Ko, A. Mankofsky, J. Petillo
|
|
Measurement of Chromaticity-Energy Spread Product by Transversely Kicking the Beam |
electron, kicker, radiation, synchrotron |
883 |
|
|
A Five-Picosecond, Electron Pulse from the ANL L-Band Linac |
bunching, electron, field, streak camera |
912 |
- G.L. Cox, D.T. Ficht, C.D. Jonah, G.S. Mavrogenes, M.C. Sauer, Jr.
|
|
Beam Quality in Single Bunch Mode of UVSOR Ring |
coupling, electron, photon, synchrotron |
924 |
|
|
Acceleration Performance of a 50-MHz Split Coaxial RFQ and the Design of a 25.5-MHz Prototype |
acceleration, emittance, proton, simulation |
938 |
- N. Tokuda, S. Arai, T. Fukushima, T. Morimoto, E. Tojyo
|
|
High Current RF Accelerator for FEL Applications |
electron, induction, linac, wiggler |
941 |
- D. Price, G. Frazier, R. Genuario, R. Miller
|
|
400 MeV Upgrade for the Fermilab Linac |
collider, field, focusing, linac |
950 |
|
|
Engineering Study of a 10 MeV Heavy Ion Linear Accelerator |
acceleration, induction, ion, linac |
962 |
- C.G. Fong, T.J. Fessenden, R.L. Fulton, D. Keefe
|
|
Acceleration Units for the Induction Linac Systems Experiment (ILSE) |
acceleration, focusing, quadrupole, vacuum |
965 |
- A. Faltens, V. Brady, D. Brodzik, D. Bubp, L. Hansen, L.J. Laslett, S. Mjkherjee, D. Ravenscroft, L. Reginato
|
|
Superconducting Low-Velocity Linac for the Argonne Positive-Ion Injector |
focusing, linac, multipacting, vacuum |
974 |
- K.W. Shepard, R. Benaroya, B. Clifft, P.K. Markovich, G.P. Zinkann
|
|
Beam-Based Alignment Technique for the SLC Linac |
alignment, lattice, linac, quadrupole |
977 |
- C.E. Adolphsen, W.B. Atwood, T.M. Himel, T.L. Lavine, M.J. Lee, T.S. Mattison, R. Pitthan, J.T. Seeman, G.H. Trilling, S.H. Williams
|
|
The SLAC Linac as Used in the SLC Collider |
electron, feedback, linac, positron |
983 |
- J.T. Seeman, G. Abrams, C. Adolphsen, W. Atwood, K.L.F. Bane, T.M. Himel, R. Iverson, R. Jacobsen, R.K. Jobe, T.L. Lavine, M. Lee, D. McCormick, P. Morton, R. Pitthan, A. Rackelmann, M. Ross, R. Ruth, J. Sheppard, P. Smith, E. Soderstrom, M. Stanek, R. Stiening, M. Swartz, K.A. Thompson, J. Turner, A. Weinstein, S. Williams, M. Woodley, J. Zicker
|
|
The Injection System for the LNLS Synchrotron Light Source: The Linear Accelerator |
emittance, gun, injection, linac |
993 |
- L. Liu, C. Jahnel, P.F. Tavares
|
|
Status of the ETA-II Linear Induction Accelerator: High Brightness Results |
brightness, cathode, electron, induction |
996 |
- W.C. Turner, J.K. Boyd, J.C. Clark, W.E. Nexsen
|
|
Low Emittance Immersed and Non-Immersed Foilless Diodes for High Current Electron Linacs |
cathode, electron, emittance, field |
1002 |
- M.G. Mazarakis, C.A. Frost, D.E. Hasti, M.D. Haworth, G.T. Leifeste, J.W. Poukey, S.L. Shope, D.L. Smith, J.S. Wagner
|
|
RADLAC-II Upgrade Experiments |
cathode, electron, field, x-ray |
1005 |
- S.L. Shope, C.A. Frost, D.E. Hasti, G.T. Leifeste, M.G. Mazarakis, J.W. Poukey, D.L. Smith
|
|
Optimization of Pulse Quality for a Linear Induction Accelerator |
brightness, electron, induction, linac |
1008 |
- S. Eckhouse, M. Markovits
|
|
PIC Simulations of an Aschromatic Solenoidal Focusing System for LMF |
field, focusing, ion, target |
1014 |
- T.A. Mehlhorn, J.P. Quintenz
|
|
A Conceptual Design for an LMF Accelerator Module |
electron, extraction, field, ion |
1017 |
- D.L. Johnson, K.B. Coachman, J.J. Ramirez, R.W. Stinnett
|
|
Beam Dynamics in the Spiral-Line Induction Accelerator |
beamline, field, induction, simulation |
1055 |
- J.J. Petillo, D.P. Chernin, A.A. Mondelli
|
|
High Average Beam Power Linac Waveguides |
electron, field, impedance, waveguide |
1064 |
|
|
4 Rod RFQ Injector for GSI Linac |
acceleration, emittance, injection, ion |
1093 |
|
|
High-Brightness Electron Injectors: A Review |
electron, emittance, gun, photoinjector |
1098 |
|
|
Brief Review of the Development of Electrostatic Accelerators and Continuing Work at Strasburg |
emittance, field, ion, vacuum |
1103 |
|
|
The CCVV High-Current Megavolt-Range DC Accelerator |
acceleration, beamline, focusing, ion |
1117 |
- O.A. Anderson, W.S. Cooper, G.J. De Vries, W.B. Kunkel, J.W. Kwan, C.A. Matuk, P. Purgalis, L.L. Reginato, L. Soroka, M.C. Vella, R.P. Wells
|
|
First Operational Tests of the Positive-Ion Injector for ATLAS |
acceleration, emittance, ion, linac |
1120 |
- L.M. Bollinger, R. Benaroya, P.J. Billquist, B.E. Clifft, P.K. Den Hartog, P. Markovich, F.H. Munson, Jr., J.M. Nixon, R.C. Pardo, K.W. Shepard, G.P. Zinkann
|
|
Relativistic Klystrons |
bunching, field, ion, klystron |
1123 |
- M.A. Allen, O. Azuma, W.A. Barletta, J.K. Boyd, R.S. Callin, H. Deruyter, K.R. Eppley, K.S. Fant, W.R. Fowkes, J. Haimson, W.B. Herrmannsfeldt, H.A. Hoag, T. Houck, R. F. Koontz, T.L. Lavine, T.G. Lee, G. A. Loew, B. Mecklenburg, R.H. Miller, T.J. Orzechowski, R.B. Palmer, J.M. Paterson, D.S. Prono, R.D. Ruth, R.D. Ryne, H.D. Schwarz, A.E. Vlieks, J.W. Wang, G.A. Westenskow, P.B. Wilson, S.S. Yu
|
|
KlystrodeR Experimental Results |
cathode, cw, electron, gun |
1140 |
|
|
High-Speed, High-Accuracy Magnet Power Supply Using FET Chopper for Synchrotron Facility |
acceleration, chopper, modulator, synchrotron |
1145 |
- T. Kitayama, N. Kawakami, Y. Sato, A. Shibayama, Y. Uno, Y. Watanabe
|
|
Switch Mode Power Converters: Present and Future |
acceptance, injection, quadrupole, sextupole |
1151 |
- H.W. Isch, A. Dupaquier, K. Fischer, F. Forrest, J. Pett, P. Proudlock
|
|
Robinson Instability and Longitudinal Mode Coupling |
coupling, equilibrium, focusing, synchrotron |
1160 |
|
|
Relativistic Klystron Wakefields |
electron, klystron, multipole, quadrupole |
1178 |
- D.U.L. Yu, G.D. Craig, J.F. DeFord
|
|
The AMOS (Azimuthal Mode Simulator) Code |
field, impedance, simulation, software |
1181 |
- J.F. DeFord, G.D. Craig, R. McLeod
|
|
BBU in Microtrons with Subharmonic Injection |
bunching, electron, injection, tune |
1187 |
|
|
Beam Break-Up in the Two-Beam Accelerator |
damping, electron, instability, klystron |
1190 |
- D.H. Whittum, G.D. Craig, J.F. DeFord, A.M. Sessler, G.A. Travish
|
|
LNLS: The Brazilian Synchrotron Light Laboratory |
injection, light source, linac, synchrotron |
1248 |
- C.E.T. Gonçalves da Silva, A.R. Rodrigues, D. Wisnivesky
|
|
On Using a Superconducting Linac to Drive a Short Wavelength FEL |
emittance, injection, linac, simulation |
1256 |
- G.A. Krafft, J.J. Bisognano
|
|
Status of LBL/LLNL FEL Research for Two Beam Accelerator Applications |
electron, induction, laser, wiggler |
1262 |
- D.B. Hopkins, A.M. Sessler
|
|
Longitudinal Coupling Impedance of a Small Obstacle |
coupling, field, impedance, resonance |
1271 |
|
|
Exploratory Orbit Analysis |
field, instrumentation, resonance, software |
1274 |
|
|
Modeling Nonlinear Behavior in the Fermilab Main Ring |
acceptance, field, resonance, simulation |
1277 |
- R.E. Gerig, Y. Chao, L. Michelotti
|
|
Generalized Emittance Invariants |
coupling, emittance, optics |
1280 |
- G. Rangarajan, A. Dragt, F. Neri
|
|
Analytical Expressions for the Smear Due to Nonlinear Multipoles |
field, multipole, octupole, sextupole |
1286 |
|
|
Third Order Combined Function Bending Magnets |
booster, field, focusing, octupole |
1289 |
|
|
The MAD Program |
alignment, coupling, radiation, synchrotron |
1292 |
- H. Grote, F.C. Iselin, E. Keil, J. Niederer
|
|
One Dimensional Motion in a Thick Sextupole: A Comparison of Tracking Methods with the Exact Solution |
field, multipole, proton, sextupole |
1295 |
|
|
Vertically Integrated Simulation Tools for Self-Consistent Tracking and Analysis |
commissioning, lattice, simulation, synchrotron |
1304 |
|
|
Beam Dynamics with the Hamilton-Jacobi Equation |
betatron, ion, radiation, synchrotron |
1310 |
- W.E. Gabella, R.D. Ruth, R.L. Warnock
|
|
Construction of Symplectic Full-Turn Maps by Application of an Arbitrary Tracking Code |
betatron, damping, lattice, synchrotron |
1322 |
|
|
Construction and Fourier Analysis of Invariant Surfaces from Tracking Data |
damping, emittance, lattice, resonance |
1325 |
- R.L. Warnock, K. Ecklund, R.D. Ruth
|
|
XMAP: A Differential Algebra Tool Generating Accelerator Maps |
field, lattice, multipole, software |
1337 |
|
|
The Driven Pendulum, and E778 Tune Modulation |
betatron, proton, resonance, tune |
1343 |
|
|
Symmetry Corrected Second Order Achromat |
emittance, optics, sextupole, target |
1349 |
|
|
Phasefix-Correcting the Tunes of the SLC Arcs |
betatron, coupling, emittance, tune |
1352 |
- J. Haïssinski, P. Bambade, K.L. Brown, D.L. Burke, T.H. Fieguth, A. Hutton, T. Mattison, J.J. Murray, N. Phinney, M. Placidi, M. Sands, J.C. Sheppard, N. Toge, A. Weinstein
|
|
1.8 TeV Tevatron Upgrade Lattices |
collider, field, lattice, target |
1364 |
- A.A. Garren, M.J. Syphers
|
|
Comparison of Accelerator Codes for a RHIC Lattice |
betatron, lattice, optics, tune |
1373 |
- J. Milutinovic, A.G. Ruggiero
|
|
Differential Algebra, A New Tool |
damping, field, ion, tune |
1419 |
|
|
Multipole Correction in Synchrotrons |
multipole, sextupole, synchrotron, tune |
1432 |
|
|
High Average-Power Induction Linacs |
cathode, emittance, field, modulator |
1441 |
- D. Prono, D. Barrett, E. Bowles, G.J. Caporaso, Y.-J. Chen, J.C. Clark, F. Coffield, M.A. Newton, W. Nexsen, D. Ravenscroft, W.C. Turner, J.A. Watson
|
|
Very High Pulse-Energy Accelerators |
electron, induction, ion, vacuum |
1446 |
|
|
Heavy-Ion Superconducting Linacs |
booster, field, heavy-ion, ion |
1451 |
|
|
The Bear Accelerator |
ion, plasma, quadrupole, vacuum |
1462 |
- P.G. O'Shea, T. Butler, L.D. Hansborough, M.T. Lynch, K.F. McKenna, D.L. Schrage, M.R. Shubaly, J.E. Stovall, T.J. Zaugg
|
|
Results of Measurements on the HERA Proton Beam Position Monitors |
proton, quadrupole, thermal, vacuum |
1471 |
|
|
The Upgraded Ring Loss Radiation Monitoring System at the AGS |
ion, monitoring, proton, radiation |
1477 |
- G.W. Bennett, E. Beadle, V. Castillo, R.L. Witkover
|
|
A Resonant Beam Detector for Tevatron Tune Monitoring |
betatron, impedance, tune, vacuum |
1486 |
- D. Martin, B. Fellenz, C. Hood, M. Johnson, R. Shafer, R. Siemann, J. Zurawski
|
|
Optical Cerenkov Measurements of Emittance Growth in the Advanced Test Accelerator Beam under Laser Ion-Guiding |
emittance, ion, laser, radiation |
1495 |
- Y.P. Chong, F.J. Deadrick, D.G. Hirzel, J.S. Kallman, P. Lee, J.F. Poulter, W.E. Rivera, P.L. Stephan, J.T. Weir
|
|
A Beam Characterization of H- Particles |
emittance, linac, quadrupole, tune |
1504 |
- A.A. Hassan, C.L. Fink, M.G. Rosing
|
|
Single Bunch Intensity Monitoring System Using an Improved Wall Current Monitor |
ferrite, impedance, luminosity, resistive wall |
1513 |
- C.D. Moore, J. Crisp, D. Howard, Q. Kerns, P. Martin, D. McConnell, P. Michals, J. Payne, S. Tawzer, R. Webber
|
|
A Noniterative Method for Calculating Beam Position From Induced Electric Signals |
beam position monitor, electron, insertion, vacuum |
1519 |
- E.S. Bozoki, J.W. Bittner, J.Y. Huang
|
|
The Beam Profile Measuring System at the Bates Linac |
linac, optics, quadrupole, simulation |
1523 |
- K.D. Jacobs, R.D. Biron, J.B. Flanz, E.E. Ihloff, J.E. Kelsey, Z. Radouch, T. Russ, A. Saab
|
|
Emittance Measurements at the Bates Linac |
electron, emittance, field, quadrupole |
1526 |
- K.D. Jacobs, J.B. Flanz, T. Russ
|
|
Energy Measurements from Betatron Oscillations |
betatron, feedback, lattice, linac |
1529 |
|
|
Long Ion Chamber Systems for the SLC |
electron, ion, linac, radiation |
1531 |
- D. McComick, R. Gearhart, R. Jacobsen, T. Jenkins, R. Nelson, D. Reagan, J. Rolfe, M. Ross
|
|
Observations of the Transverse and Longitudinal Nature of the Fermilab Linac Beam |
field, injection, linac, plasma |
1534 |
- E. McCrory, K. Carlson, T. Owens, C. Schmidt, L. Wahl
|
|
Beam-Loss Monitors in the SLC Final Focus |
background, ion, radiation, software |
1539 |
- R.G. Jacobsen, T. Mattison
|
|
Precision Synchrotron Radiation Detectors |
electron, radiation, synchrotron, target |
1544 |
- J. Butler, J.J. Gomez, C.K. Jung, J. Kent, M. King, M. Lateur, M. Levi, J. Nash, F. Rouse, J. Tinsman, C. Von Zanthier, S. Watson, G. Wormser
|
|
Compact Emittance Scanners for MeV Particle Beams |
electron, emittance, ion, vacuum |
1553 |
- P.G. O'Shea, L.D. Hansborough, T.J. Zaugg
|
|
General Analysis of Beam Position Monitors |
beam position monitor, field, kicker, vacuum |
1565 |
- G. DiMassa, A.G. Ruggiero
|
|
Beam Characterization with Video Imaging Systems at the ANL 50-MeV H- Beamline |
background, beamline, electron, proton |
1571 |
- T.J. Yule, F.O. Bellinger, T.A. Coleman, M.M. Faber, C.L. Fink, C.T. Roche
|
|
RF Phase Measurement at Phermex Using Time-To-Digital Converters |
CAMAC, electron, field, gun |
1591 |
- S.A. Watson, G.R. Jennings, D.C. Moir
|
|
Fitting Measured Emittance Data |
brightness, emittance, extraction, linac |
1593 |
|
|
Online Monitoring of Dispersion Functions and Transfer Matrices at the SLC |
betatron, lattice, linac, monitoring |
1599 |
- P. Emma, P.R. Burchat, T.H. Fieguth, T. Lohse, R.S. Panvini
|
|
A Beam Position Monitor for Low Current DC Beams |
CAMAC, beam position monitor, electron, impedance |
1602 |
- P. Adderley, W. Barry, J. Heefner, S. Jachim, P. Kloeppel, R. Rossmanith, M. Wise
|
|
Applications of Modern Filtering to the Accelerators |
coupling, extraction, feedback |
1626 |
|
|
Objected-Oriented Communications |
controls, software, vacuum |
1631 |
|
|
The Shot Summary System for the Tevatron Collider |
antiproton, collider, laser, lifetime |
1633 |
- N. Gelfand, E. Martensson
|
|
Accelerator Diagnosis and Control by Neural Nets |
collider, feedback, ion, software |
1642 |
|
|
Progress on a New Control System for the Bevalac |
controls, coupling, maintenance, software |
1645 |
- S.A. Lewis, A.K. Biocca, G.S. Boyle, W.L. Brown, R.D. Dwinell, K. Fowler, R.R. Guggemos, D.L. Meaney, L.L. Shalz
|
|
Networking Remote Instrumentation for the Advanced Light Source |
controls, field, instrumentation, light source |
1648 |
- M. Chin, J. Hinkson, S. Magyary
|
|
LNLS Control System Conceptual Design |
booster, software, synchrotron, target |
1651 |
- J.G.R.S. Franco, S. Furquim, O. Monteiro, A.R. Rodrigues, C. Scorzato
|
|
VME Bus Performance in Multiprocessor Systems |
software |
1654 |
|
|
The Colliding Beams Sequencer |
collider, injection, ion, proton |
1657 |
- D.E. Johnson, R.P. Johnson
|
|
A Local Area Computer for Data Acquisition and Control |
controls, instrumentation, software, timing |
1669 |
- T. Russ, Z. Radouch, C. Sibley
|
|
A Digital Control System for Accelerator Operator-Host Computer Interface |
CAMAC, controls, ion, vacuum |
1672 |
|
|
The Ground Test Accelerator Control System Database: Configuration, Run-Time Operation and Access |
cathode, field, software, timing |
1693 |
|
|
Design and Implementation of a VMEbus System Services Card |
impedance, software, timing |
1695 |
|
|
Optics of the Amsterdam Pulse Stretcher (AmPS) |
extraction, injection, sextupole, synchrotron |
1698 |
|
|
An Energy Spectrum Compressor System (ESC) for the Amsterdam Pulse Stretcher (AmPS) |
acceleration, electron, field, klystron |
1704 |
|
|
VME-Computer Network (MAP) for KEK the Proton Synchrotron |
booster, proton, software, synchrotron |
1710 |
- T. Katoh, A. Akiyama, S. Hirano, K. Ishii, E. Kadokura, H. Nakagawa, M. Nakamura, K. Nigorikawa
|
|
MOPS - A Data Structure Management System for the LEP/SPS Control System |
optics, software, timing |
1713 |
|
|
Stanford Linear Collider History Data Facility |
collider, diagnostics, feedback, klystron |
1716 |
|
|
Performance and Modification of the MEA R.F. Drive System |
electron, injection, insertion, klystron |
1719 |
- F.B. Kroes, B. Heutenik, T.G.B.W. Sluijk
|
|
Integral Split Ring RFQ Structure for Heavy Ion Acceleration |
acceleration, impedance, ion, quadrupole |
1725 |
- J.X. Fang, C.E. Chen, A. Schempp
|
|
Beam Dynamics Issues in Linear Colliders |
betatron, damping, emittance, spectrum |
1736 |
|
|
Longitudinal Emittance in High-Current Linear Ion Accelerators |
bunching, emittance, field, space-charge |
1748 |
- T.P. Wangler, T.S. Bhatia, G.H. Neuschaefer, M. Pabst
|
|
Status of Superconducting RF Cavity Development |
electron, field, ion, linac |
1764 |
|
|
Status: Large-Scale Subatmospheric Cryogenic Systems |
collider, cryogenics, rf cavities, vacuum |
1769 |
|
|
Training of LBL-SSC Model Dipole Magnets at 1.8K |
Lorentz force, field, quench, superconductivity |
1780 |
- R. Althaus, R. Benjegerdes, S. Caspi, W.S. Gilbert, C. Peters, J. Rechen, J. Royet, R. Scanlan, C. Taylor, A. Wandesforde, J. Zbasnik
|
|
Long-Term Test of a LEP Prototype Superconducting Cavity in the CERN SPS |
acceleration, feedback, field, vacuum |
1783 |
- D. Boussard, G. Cavallari, H.P. Kindermann, G. Passardi, R. Stierlin, J. Tückmantel, W. Weingarten
|
|
Radiative Polarization in High-Energy Storage Rings |
betatron, polarization, polarized beams, resonance |
1798 |
|
|
Space-Charge Effects in the Fermilab Main Ring at 8-GeV |
resonance, space-charge, synchrotron, tune |
1804 |
|
|
Improvements in Bunch Coalescing in the Fermilab Main Ring |
beam-loading, booster, collider, emittance |
1827 |
- P.S. Martin, K.G. Meisner, D.W. Wildman
|
|
Design and Commissioning of the D0 Vertical Nondispersive Overpass in the Fermilab Main Ring |
antiproton, betatron, extraction, synchrotron |
1831 |
|
|
Test Accelerator Facility for Linear Collider |
collider, electron, linac, x-band |
1841 |
- S. Takeda, K. Akai, M. Akemoto, K. Araki, S. Araki, H. Hayano, T. Higo, N. Ishihara, T. Kawamoto, Y. Kimura, H. Kobayashi, T. Kubo, S. Kurokawa, H. Matsumoto, H. Mizuno, J. Odagiri, Y. Otake, H. Sakai, T. Shidara, T. Shintake, M. Suetake, T. Takashima, K. Takata, Y. Takeuchi, J. Urakawa, N. Yamamoto, Y. Yamaoka, K. Yokoya, M. Yoshida, M. Yoshioka
|
|
Microprocessor Control for CEBAF RF Control Module |
CAMAC, klystron, modulator, software |
1861 |
|
|
Operational Results of the BEAR Flight RF System |
acceleration, coupling, field, thermal |
1867 |
|
|
Feedback Control of the Upgraded Linac at Fermilab |
feedback, field, klystron, linac |
1876 |
|
|
RF Control System Development at CEFAB |
feedback, field, modulator, spectrum |
1885 |
- S. Simrock, J. Fugitt, C. Hovater, S. Jones
|
|
Numerically Controlled Oscillator for the Fermilab Booster |
CAMAC, booster, field, synchrotron |
1888 |
|
|
Operational Results for the Raster Scanning Power Supply System Constructed at the Bevalac Biomedical Facility |
feedback, field, impedance, ion |
1890 |
- G. Stover, R. Dwinell, J. Halliwell, M. Nyman
|
|
A Proposal to Pulse the Bevatron/Bevalac Main Guide Field Magnet with SCR Power Supplies |
acceleration, field, ion |
1893 |
- B. Frias, J. Alonso, R. Dwinell, F. Lothrop
|
|
Control of the Bevatron/Bevalac Main Guide Field Power Supply for Fast Ion Switching Operation |
acceleration, controls, field, ion |
1896 |
- B. Frias, J. Alonso, R. Dwinell, F. Lothrop
|
|
Advance Technology on Megawatt Modulator for the Ground Test Accelerator |
cathode, ferrite, impedance, klystron |
1899 |
|
|
Modular Magnet Current Regulator |
CAMAC, electron, feedback, focusing |
1905 |
- G. Burtner, N. Dobeck, O. Garza, R. LaMora
|
|
Tuning Magnet Power Supply |
chopper, controls, feedback, ferrite |
1913 |
- G.G. Karady, B.M. Han, H.A. Thiessen
|
|
Optimization of Resonant Power Supply Circuit |
acceleration, injection, resonance |
1916 |
- G.G. Karady, H.A. Thiessen
|
|
New Energy Replacement Method for Resonant Power Supplies |
acceleration, injection, insertion, power-supply |
1919 |
- G.G. Karady, H.A. Thiessen
|
|
Status of Magnet Power Supply Development for the APS Storage Ring |
quadrupole, sextupole, shielding, vacuum |
1925 |
|
|
Distributed Supervisory Protection Interlock System |
fiber-optics, linac, simulation, software |
1928 |
- H.V. Walz, R.C. Agostini, L. Barker, R. Cherkassky, T. Constant, R. Mathieson
|
|
Bevalac Versatility: Operations Achievements in the Multitasking Mode |
field, ion, target, tune |
1937 |
- F. Lothrop, J. Alonso, R. Miller, M. Tekawa
|
|
Fermilab's Automated Accelerator Start-Up Program |
antiproton, extraction, field, quench |
1940 |
- P. Emma, G. Annala, B. Hendricks
|
|
Recent Operational Experience with the Fermilab Tevatron |
collider, luminosity, maintenance, target |
1943 |
|
|
Reliability and Lifetime Predictions of SLC Klystrons |
cathode, instability, klystron, monitoring |
1946 |
- M.A. Allen, R.S. Callin, W.R. Fowkes, T.G. Lee, A.E. Vlieks
|
|
Indirect Measurement of HERMES III Voltage |
electron, ion, radiation, target |
1948 |
- T.W.L. Sanford, J.A. Alexander, G. Douglas, J.A. Halbleib, R. Mock, J.W. Poukey, J.J. Ramirez, T. Sheridan
|
|
The Vertical Alignment of the D0 Overpass in the Fermilab Main Ring |
alignment, field, proton, quadrupole |
1957 |
|
|
From MAD to CAD: Automatic Production of Accelerator Layouts |
instrumentation, ion, monitoring, software |
1963 |
|
|
A Plasma Lens for the CERN Antiproton Collector Scaled from Model and Experiment |
antiproton, field, focusing, plasma |
1975 |
- E. Boggasch, B. Autin, H. Bauer, J. Christiansen, F. Dothan, K. Frank, H. Gundel, G. Miano, H. Riege, J. C. Schnuriger, M. Stetter, R. Tkotz, L. deMenna
|
|
Phasing Tools for the Klystrons at the SLC |
acceptance, controls, klystron, linac |
1984 |
- R.K. Jobe, C. Adolphsen, N. Phinney
|
|
RF Phase Distribution Systems at the SLC |
dielectric, feedback, klystron, thermal |
1987 |
|
|
Air Pollution Monitor for TRISTAN |
ion, monitoring, radiation, synchrotron |
1996 |
- K. Hanaoka, K. Kudo, S. Takeda
|
|
Operational Experience with the Fermilab Antiproton Source |
antiproton, collider, kicker, target |
1999 |
|
|
A Method of Frequency Following of the LINAC with Power Feedback |
accumulation, feedback, modulator, spectrum |
2010 |
|
|
Synchrotron Radiation Damage on Insulating Materials of TRISTAN Magnet |
electron, radiation, synchrotron, vacuum |
2015 |
- K. Endo, T. Chugun, M. Hirano, T. Kubo, R. Kumazawa, H. Mitsui, Y. Ohsawa, T. Ozaki, K. Takayama
|
|
Long Term Ground Movement of TRISTAN Synchrotron |
alignment, quadrupole, survey, synchrotron |
2018 |
- K. Endo, M. Miyahara, Y. Ohsawa
|
|