Title |
Other Keywords |
Page |
ISIS Status Report |
ion, neutron, synchrotron, target |
3 |
- I. S. K. Gardner (Rutherford Appleton Laboratory)
|
|
Commissioning of CEBAF |
commissioning, cw, linac, recirculation |
15 |
|
|
Pair Production as a Probe of Colliding Beam Size |
collider, field, photon, spectrum |
34 |
- P. Chen, J. Irwin, A. Spitkovsky (SLAC)
|
|
Achieving the TESLA Gradient of 25 MV/m in Muticell Structures at 1.3 GHz |
cw, field, klystron, thermal |
37 |
- C. Crawford (FNAL), T. Hays, J. Kirchgessner, H. Padamsee, P. Schmuser, M. Tigner (Cornell University), J. Graber, A. Matheissen, W. -D. Moller, M. Pekeler (DESY)
|
|
Experimental Studies of the Charge Limit Phenomenon in NEA GaAs Photocathodes |
cathode, electron, gun, laser |
46 |
- H. Tang, R. K. Alley, J. E. Clendenin, J. C. Frisch, G. A. Mulhollan, P. J. Saez, D. C. Schultz, J. L. Turner (SLAC), H. Aoyagi (Nagoya U.)
|
|
A Hospital - Based Hadrontherapy Complex |
extraction, injection, ion, synchrotron |
49 |
- U. Amaldi, D. Campi (CERN), G. Manfredi, M. Silari (Consiglio Nazionale delle Ricerche), L. Badano, R. Cambria, F. Gramatica, M. Nonis, M. Pullia, S. Rossi, G. Tosi (Fondazione Adroterapia), F. Gerardi, R. Leone, L. Sangaletti (Fondazione Italiana Ricerca sul Cangro, Milano), G. Arduini (Torino)
|
|
Review of CW Electron Machines |
electron, extraction, linac, tune |
62 |
- D. Husmann (University of Bonn)
|
|
European Free-Electron Laser User Facilities |
electron, laser, radiation, undulator |
83 |
- P.W. van Amersfoort (Instituut voor Plasmafysica, Nieuwegein)
|
|
Review of Large Electrostatic Accelerators |
field, quadrupole, shielding, vacuum |
91 |
- B. Heusch (Centre de Recherches Nucl., Strasbourg)
|
|
Performance of the Advanced Light Source |
betatron, coupling, emittance, undulator |
107 |
|
|
Quasi-Isochronous Optics for Super-ACO |
betatron, optics, sextupole, synchrotron |
128 |
- A. Nadji, P. Brunelle, M.P. Level, M. Sommer, H. Zyngier (LURE)
|
|
Status of the Nuclotron |
deuteron, field, ion, vacuum |
161 |
- A. D. Kovalenko (JINR, Dubna)
|
|
Status of COSY |
electron, extraction, injection, target |
165 |
- R. Maier, U. Bechstedt, J. Dietrich, S. Martin, D. Prasuhn, P. V. Rossen, H. Stockhorst, R. Tölle (Forschungszentrum Jülich)
|
|
ELFE, an Electron Laboratory for Europe |
electron, emittance, klystron, linac |
181 |
- Ph. Leconte, M. Promé (CEA)
|
|
Survey of Proposed High Intensity Accelerators and their Applications |
coupling, laser, radiation, spallation |
213 |
|
|
The Low Energy Part of High Intensity Accelerators |
emittance, ion, linac, proton |
231 |
- A. Schempp (Institut für Angewandte Physik de J. W. Goethe-Universität, Frankfurt)
|
|
Critical Design Issues of High Intensity Proton Linacs |
emittance, focusing, halo, linac |
236 |
|
|
Proposals for Spallation Sources in Europe |
linac, neutron, spallation, target |
249 |
|
|
Critical Design Issues of e+ e- Factories |
factory, feedback, luminosity, radiation |
254 |
|
|
Scheme and Parameters of a 250-mA, 20 MeV CW Proton Accelerator |
acceleration, field, focusing, ion |
261 |
- V. Pirozhenko, O. Plink (Moscow Radiotechnical Institute), T. Myers (Northrop Grumman Corp, New York)
|
|
High Current IH Structures |
emittance, ion, linac, quadrupole |
264 |
- U. Ratzinger (GSI Darmstadt)
|
|
Power Production by Atomic Power-Station Based on High Intensity Accelerator and Subcritical Nuclear Reactor |
neutron, proton, target, thermal |
267 |
- Yu.M. Ado, V. P. Kryuchkov, V. N. Lebedev (IHEP, Protvino)
|
|
A High Intensity Accelerator for Driving the Energy Amplifier for Nuclear Energy Production |
booster, cyclotron, extraction, field |
270 |
- C. Rubbia (CERN), N. Fietier, P. Mandrillon (Cyclotron Laboratory, Nice)
|
|
On-line Diagnoses of High Current-Density Beams |
beamline, cw, diagnostics, linac |
273 |
|
|
ILU-Electron Accelerators for Industry |
electron, irradiation, radiation, thermal |
288 |
- V. L. Auslender (INP, Novosibirsk)
|
|
New Trends in Cyclotrons |
cyclotron, field, injection, vacuum |
295 |
- U. Trinks (Technische Universitat Munchen)
|
|
New Developments in RF Power Sources |
collider, gun, klystron, x-band |
305 |
|
|
Review of Electron Guns |
electron, field, gun, laser |
317 |
|
|
Requirements and Trends in the Control of Accelerators |
acceptance, algorithms, feedback, software |
332 |
|
|
Technology Transfer between ESRF and Industry |
insertion, radiation, synchrotron, vacuum |
342 |
- J. M. Lefebve (ESRF Grenoble)
|
|
Technology Transfer on the Helios Project |
commissioning, field, injection, x-ray |
347 |
- M. N. Wilson (Oxford Instruments, Oxford)
|
|
Technology Transfer - Experience at Scanditronix |
electron, field, injection, synchrotron |
350 |
- B. Anderberg (Scanditronix, Uppsala)
|
|
Technology Transfer Experience at Philips/VALVO |
field, gun, klystron, simulation |
353 |
- W. Matziol (Philips Semiconductors RHW)
|
|
The Case of Ion Beam Applications s.a.: A Technology Spin-off from a University Accelerator Laboratory |
cyclotron, field, ion, proton |
355 |
- Y. Jongen (Louvain-la-Neuve)
|
|
Technology Transfer - The Needs for Future Industrial Development |
cyclotron, neutron, spallation, target |
357 |
- D. M. Lewis (Amersham International plc, Amersham)
|
|
High Frequency Linear Colliders |
acceleration, collider, klystron, linac |
368 |
|
|
Status and Applications of Superconducting Cavities |
electron, field, superconductivity, thermal |
385 |
|
|
Review of -Factories |
coupling, injection, luminosity, vacuum |
393 |
- M. Serio, G. Vignola (INFN, Frascati)
|
|
Advanced Acceleration Techniques |
acceleration, laser, plasma, wakefield |
398 |
|
|
Status of Proton Therapy: Results and Future Trends |
diagnostics, proton, radiation, target |
407 |
- E. Pedroni (PSI Switzerland)
|
|
Status Report on HIMAC |
extraction, injection, linac, tune |
412 |
- K. Sato, N. Araki, M. Endo, Y. Furusawa, Y. Hirao, A. Itano, T. Kanai, M. Kanazawa, K. Kawachi, A. Kitagawa, T. Kohno, H. Koyama-Ito, M. Kumada, N. Matsufuji, S. Minohara, N. Miyahara, T. Murakami, M. Muramatsu, K. Noda, H. Ogawa, S. Sato, Y. Sato, F. Soga, M. Sudou, M. Suzuki, E. Takada, A. Tanaka, K. Tashiro, Y. Tomura, M. Torikoshi, S. Yamada, J. Yoshizawa (NIRS)
|
|
Advanced European Medical Facilities |
cyclotron, ion, neutron, proton |
417 |
- F.J.M. Farley (Centre Antoine Lacassagne, Nice)
|
|
The Tevatron Collider - Status and Plans |
booster, collider, luminosity, proton |
425 |
|
|
Status of the Fermilab Main Injector Project |
collider, field, luminosity, quadrupole |
457 |
|
|
Study of Asymmetric Factory Options |
factory, linac, luminosity, positron |
461 |
- D. B. Cline, A. Garren (University of California, Los Angeles)
|
|
Present Status and Future Plan of RIKEN Accelerator Research Facility |
extraction, field, heavy-ion, ion |
515 |
- Y. Yano (RIKEN Accelerator Research Facility)
|
|
GANIL Status Report |
acceleration, ion, radiation, target |
533 |
- M. Bajard, L. Bex, and the GANIL Group (GANIL, Caen)
|
|
Cyclotrons for Radioactive Beams |
cyclotron, equilibrium, field, focusing |
557 |
- D. J. Clark (LBNL), F. Marti (NSCL, Michigan State University, MI)
|
|
The First RFQ-Injector for a Cyclotron |
cyclotron, injection, ion, quadrupole |
566 |
- A. Schempp, H. Deitinghoff, O. Engels (Institut für Angewandte Physik), H. Homeyer, W. Pelzer (HMI, Berlin)
|
|
Deuteron Cyclotron Complex as Meson and Neutron Generator |
acceleration, cyclotron, field, focusing |
569 |
- J. G. Alenitsky, J. N. Denisov, V. P. Dmitrievsky, V. P. Dzhelepov, A. A. Glazov, V. V. Kalinichenko, L. M. Onischenko, S. B. Vorozhtsov, N. L. Zaplatin (JINR, Dubna), A.P. Maltsev, V. B. Stepanov, V. A. Teplyakov (IHWP, Serpukhov)
|
|
FFAG Synchrocyclotron as a Booster for Linac |
booster, field, linac, neutron |
572 |
- V. P. Dmitrievsky, A. A. Glazov, L. M. Onischenko, S. B. Vorozhtsov, N. L. Zaplatin (JINR, Dubna)
|
|
The FFAG as an Accelerator for High Intensity Proton Beams |
acceleration, extraction, field, injection |
574 |
- R. L. Kustom (ANL), G. Wüstefeld (BESSY GmbH, Berlin), S. A. Martin (Forschungszentrum Jülich), E. Zaplatin, K. Ziegler (HMI GmbH, Berlin), P. F. Meads (Oakland, CA)
|
|
Status Report on Operation of the Daresbury SRS after Recent Additions and Upgrades |
lattice, lifetime, vacuum, wiggler |
591 |
- P. D. Quinn (Daresbury Laboratory, Warrington)
|
|
Experience of Routine Operation of Helios 1 |
injection, linac, synchrotron, x-ray |
594 |
- V. C. Kempson, R. J. Anderson, N. C. E. Crosland, A. R. Jorden, J. C. Schouten, M. C. Townsend, M. N. Wilson (Oxford Instruments, Oxford), D. E. Andrews, A. J. Weger (Oxford Superconducting Technology, Carteret, NJ)
|
|
Status of the PlS 2 GeBV Storage Ring |
beamline, photon, vacuum, x-ray |
603 |
- Y. S. Kim, W. C. Choi, B. K. Kang, Y. M. Koo, B.H. Kwon, K. B. Lee, S. C. Lee, T. N. Lee, J. E. Milburn, S.C. Won, M. Yoon (Pohang Accelerator Laboratory)
|
|
Parallel Reflector Beam Waveguide as a Microwave Undulator |
field, radiation, undulator, waveguide |
657 |
- Y. W. Kang, R. L. Kustom, P. J. Matthews, A. Nassiri (ANL)
|
|
Design and Experimental Results of 160 kV DC Electron Source |
electron, field, radiation, vacuum |
671 |
- R. G. Schonberg, A. V. Mishin (Schonberg Reseach Corporation, Santa Clara, CA)
|
|
Application of Quasi-optical Approach to Construct RF Power Supply for TeV Linear Colliders |
collider, klystron, plasma, waveguide |
701 |
- E. L. Saldin, E. A. Schneidmiller, Yu. N. Ulyanov (ASC, Samara), V. P. Sarantsev, M. V. Yurkov (JINR, Dubna)
|
|
Design and Factory Test of the e+ e- Frascati Linear Accelerator for DA NE |
electron, linac, positron, solenoid |
716 |
- H. Anamkath, S. Lyons, R. Miller, D. Nett, P. Treas, K. Whitham, T. Zante (Titan Beta, Dublin, CA), R. Boni, H. Hsieh, F. Sannibale, M. Vescovi, G. Vignola (INFN, Frascati), R. Miller (SLAC)
|
|
Status of the S-DALINAC and Experimental Developments |
coupling, electron, laser, scattering |
719 |
- S. Döbert, R. Eichhorn, H. Genz, H.-D. Gräf, R. Hahn, T. Hampel, J. Horn, C. Lüttge, H. Loos, K. Rühl, M. Reichenbach, A. Richter, P. Schardt, V. Schlott, G. Schrieder, E. Spamer, A. Stascheck, A. Stiller, M. Thomas, O. Titze, T. Wesp, M. Wiencken (Institut für Kernphysik, TH Darmstadt)
|
|
The Progress of AIRIX at CESTA |
electron, emittance, induction, vacuum |
722 |
- P. Anthouard, J. Bardy, C. Bonnafond, P. Delsart, A. Devin, P. Eyharts, P. Eyl, J. Labrouche, J. Launspach, P. Le Taillandier, E. Merle, G. Ployart, A. Rocques, M Thevenot, D. Villate, J. de Mascureau (CEA-CESTA)
|
|
Optimisation of the FEL CLio Linear Accelerator |
electron, feedback, field, laser |
728 |
- R. Chaput, P. Joly, B. Kergosien, J. Lesrel, O. Marcouillé (LURE)
|
|
Early Results of Beam Acceleration in The SC Linac LISA |
acceleration, feedback, field, linac |
731 |
- M. Castellano, M. Ferrario, M. Minestrini, P. Patteri, F. Tazzioli (INFN-LNF, Frascati), L. Catani, S. Tazzari (INFN-Sez. di Roma II), S. Kulinski (IPJ/Soltan Institute for Nuclear Studies, Swierk)
|
|
Status of High Power CW Linac at PNC |
chopper, cw, electron, klystron |
745 |
- M. Nomura, T. Emoto, K. Hirano, A. Omura, H. Oshita, M. Sakuma, S. Tôyama, N. Takahashi, H. Takei, S. Tani, Y. L. Wang, Y. Yamazaki (Power Reactor and Nuclear Fuel Development Corp. (PNC) Ibaraki-ken), A. Enomoto, S. Ohsawa, I. Sato (KEK)
|
|
Status of SILUND-21 Linear Induction Accelerator Project |
electron, field, impedance, induction |
748 |
- G. V. Dolbilov, A. A. Fateev, I. I. Golubev, I. N. Ivanov, V. V. Kosukhin, N. I. Lebedev, V. A. Petrov, V. P. Sarantsev, V. S. Shvetsov, A. I. Sidorov, A. P. Sumbaev, M. V. Yurkov (JINR, Dubna)
|
|
Commissioning and First Operational Experience of the 400 MeV linac at Fermilab |
booster, commissioning, linac, quadrupole |
751 |
- K. Junck, L. Allen, T. Kroc, J. MacLachlan, E. McCrory, A. Moretti, R. Noble, M. Popovic, C. Schmidt (FNAL)
|
|
Beam Loss Study at High Intensity Proton Linac |
factory, linac, monitoring, proton |
754 |
- S. K. Esin, A. V. Feschenko, V. V. Grechko, L.V. Kravchuk, A. N. Mirzojan, P. N. Ostroumov, V. L. Serov (INR, Moscow)
|
|
Construction of an Interdigital-H Linac at INS |
acceleration, impedance, linac, quadrupole |
757 |
- M. Tomizawa, S. Arai, Y. Arakaki, T. Katayama, K. Niki, M. Yoshizawa (INS, Tokyo), M. Doi (Engineering Research Center, NKK Corporation, Kanagawa), T. Hattori (Research Lab. for Nuclear Reactors, Tokyo)
|
|
Status of the Heidelberg High Current Injector |
acceleration, field, ion, sputter |
760 |
- R. von Hahn, M. Grieser, D. Habs, C.-M. Kleffner, J. Liebmann, R. Repnow, D. Schwalm (Max-Planck-Institut für Kernphysik, Heidelberg), E. Jaeschke (BESSY), S. Papureanu (KFA-Jülich), H. Deitinghoff, A. Schempp (Univ. Frankfurt)
|
|
Status of the RFQ-Accelerators for the Heidelberg High Current Injector |
acceleration, field, ion, vacuum |
763 |
- C.-M. Kleffner, M. Grieser, D. Habs, J. Liebmann, R. Repnow, D. Schwalm, R. von Hahn (Max-Planck-Institut für Kernphysik, Heidelberg), E. Jaeschke (BESSY), S. Papureanu (KFA-Jülich), H. Deitinghoff, A. Schempp (Univ. Frankfurt)
|
|
Two Section CW Electron Linac for Industrial Applications |
cathode, cw, electron, gun |
766 |
- A. Alimov, A. Chepurnov, O. Chubarov, D. Ermakov, K. Gudkov, B. Ishkhanov, I. Piskarev, A. Shumakov, V. Shvedunov (INP, Moscow State University)
|
|
Demonstration Model of the Superconducting Electron Linac with the Energy 1-5 MeV |
chopper, electron, field, linac |
769 |
- N. I. Balalykin (JINR, Dubna), L. M. Sevryukova (IHEP, Protvino), V. Shvedunov (INP, Moscow State University), V. M Belugin (Moscow Radiotechnical Institute)
|
|
Continuous Wave RF Gun: Computer Simulation, Design and Tuning |
cathode, field, gun, linac |
778 |
- A. Alimov, O. Chubarov, D. Ermakov, B. Ishkhanov, I. Piskarev, V. Shvedunov, A. Tiunov, V. Yaliyan (INP, Moscow State University)
|
|
Transient Effects in the Linear Accelerator for Free Electron Laser |
coupling, electron, field, injection |
781 |
- A. Orlov (Scientific Production Complex of Linear Accelerators and Cyclotrons), E. V. Efremov (Scientific Research Institute of Electrophysical Apparatus, St. Petersburg)
|
|
Excitation of Non-linear Plasma Waves for Electron Acceleration |
acceleration, electron, field, plasma |
793 |
- V. A. Bazylev (Russian Research Center "Kurchatov Institute", Moscow), V. V. Goloviznin, T. J. Schep, A. V. Tulupov, P. W. van Amersfoort (FOM-Institute for Plasma Physics, "Rijnhuizen" Nieuwegein)
|
|
Acceleration Rate in the Noncollinear Scheme of Laser Particle Acceleration |
acceleration, field, laser, radiation |
799 |
- A. A. Varfolomeev, A. H. Hairetdinov (Russian Research Center "Kurchatov Institute", Moscow)
|
|
Linear Induction Accelerators. An Alternative Consideration |
acceleration, field, induction, solenoid |
817 |
- F. A. Vodopianov (Moscow Radiotechnical Institute)
|
|
Acceleration of Two Ion Beams in Undulator Linear Accelerator |
acceleration, field, focusing, undulator |
820 |
- E. S. Masunov (Moscow Engineering Physics Institute (MEPhI))
|
|
DC Type Particle Acceleration by an RF Field |
acceleration, field, muon, target |
823 |
- H. Daniel (Technische Universitat Munchen)
|
|
On a Possibility to Construct High-Intensity Monochromatic Gamma-Source at HERA and LEP |
electron, laser, radiation, undulator |
834 |
- E. L. Saldin, E. A. Schneidmiller, Yu. Ulyanov (ASC, Samara), V. P. Sarantsev, S. S. Shimanskii, M. V. Yurkov (JINR, Dubna)
|
|
Short Pulse Generation with the CLIO FEL |
electron, laser, linac, spectrum |
846 |
- F. Glotin, J.-M. Berset, R. Chaput, D. Jaroszynski, J. -M. Ortega, R. Prazeres (LURE)
|
|
Electron Beam Optics of the 130-250 GHz, 1 MW, FOM-Fusion-FEM |
electron, emittance, gun, undulator |
849 |
- A. van der Linden, W. H. Urbanus, C. A. J. van der Geer (FOM-Institute for Plasma Physics, "Rijnhuizen" Nieuwegein)
|
|
Free Electron Laser as Energy Driver for Inertial Confinement Fusion |
electron, focusing, laser, radiation |
885 |
- E. L. Saldin, E. A. Schneidmiller, Yu. N. Ulyanov (ASC, Samara), V. P. Sarantsev, M. V. Yurkov (JINR, Dubna)
|
|
The Application of Lie Algebra Methods to PEP-II Design |
lattice, resonance, synchrotron, tune |
899 |
- J. Irwin, N. Walker, Y. T. Yan (SLAC)
|
|
Nonlinear Beam Behaviour Study Using Lie Transforms |
betatron, resonance, sextupole, tune |
902 |
- E. Levichev, V. Sajaev (INP, Novosibirsk)
|
|
Symplectic Tracking Using Point Magnets and a Reference Orbit Made of Circular Arcs and Straight Lines |
coupling, field, lattice, tune |
905 |
|
|
Symplectic Tracking Using Point Magnets in the Presence of a Longitudinal Magnetic Field |
field, lattice |
908 |
|
|
Analysis of Resonant Structures of a 4D Model of a Nonlinear Magnetic Lattice through Resonant Normal Forms |
coupling, hadron, lattice, resonance |
914 |
- E. Todesco (Univ. of Bologna and INFN, Bologna)
|
|
Goal Programming Algorithms for Closed Orbit Correction |
algorithms, cyclotron, extraction, field |
920 |
|
|
Detailed Comparison of Experimental Observations and Computer Tracking for the SPS Dynamic Aperture Experiment |
betatron, hadron, resonance, tune |
950 |
- W. Fischer, M. Giovannozzi, F. Schmidt (CERN)
|
|
Longitudinal Phase Space Tracking of Particles in a Multiple Harmonic RF-System |
acceleration, electron, focusing, stochastic cooling |
962 |
- H. Stockhorst, M. Kühn (Forschungszentrum Jülich), J. Wei (BNL), H. Meuth (Fachhochschule Darmstadt)
|
|
A Single Bunch Compression in the Exponential Field |
bunching, damping, electron, field |
971 |
- M. S. Avilov, A. V. Novokhatski (INP, Novosibirsk)
|
|
Normal Form Analysis of the Tevatron |
collider, lattice, resonance, tune |
988 |
|
|
Orbit Correction in ELETTRA |
closed-orbit, commissioning, insertion, software |
1009 |
- R. Nagaoka, C. J. Bocchetta, F. Iazzourene, E. Karantzoulis, M. Plesko, L. Tosi, R. P. Walker, A. Wrulich (Sincrotrone Trieste)
|
|
Bump Compensation and System Error Detection using a Microsoft EXCEL Spread Sheet |
commissioning, lattice, tune, wiggler |
1024 |
- S. L. Smith, L. A. Welbourne (Daresbury Laboratory, Warrington)
|
|
Calibration of the X-Ray Ring Quadrupoles, BPMs, and Orbit Correctors using the Measured Orbit Response Matrix |
field, quadrupole, sextupole, x-ray |
1027 |
- J. Safranek (BNL), M. Lee (SLAC)
|
|
Issues in Multi-bunch Emittance Preservation in the NLC |
alignment, betatron, emittance, linac |
1114 |
- K. L. F. Bane, C. Adolphsen, K. A. Thompson (SLAC), K. Kubo (KEK)
|
|
Multi Mode Approach in Cumulative Beam Break Up Theory |
field, instability, linac, resonance |
1123 |
- V. G. Kurakin (Lebedev Physical Institute, Moscow)
|
|
A 3rd Harmonic Cavity for DA NE |
Landau damping, damping, impedance, synchrotron |
1129 |
- L. Palumbo (Dip. di Energetica Universitá di Roma 'La Sapienza'), S. Bartalucci, M. Migliorati, B. Spataro, M. Zobov (INFN-LNF, Frascati)
|
|
The Influence of Fill Structure on Electron Beam Characteristics in the SRS |
electron, ion, lifetime, vacuum |
1156 |
- J. A. Clarke, D. M. Dykes, S. F. Hill, E. A. Hughes, P. A. McIntosh, M. W. Poole, P. D. Quinn, S. L. Smith, V. P. Suller, L. A. Welbourne (Daresbury Laboratory, Warrington)
|
|
Space-Charge Compensation Effects under Acceleration of Oppositely Charged Ion Bunches in UNDULACE-E |
acceleration, ion, space-charge, undulator |
1171 |
- E. S. Masunov, A. P. Novikov (Moscow Engineering Physics Institute (MEPhI))
|
|
Computation of Eddy Currents in a Vacuum Chamber inside a Kicker Magnet |
field, finite element, kicker, vacuum |
1253 |
- S. Purtov (IHEP, Protvino)
|
|
Numerical Simulation of Waveguide Input/Output Couplers for a Planar mm-wave Linac Cavity |
coupling, field, simulation, waveguide |
1259 |
|
|
The Resistively Matched Transition for Measuring the Coupling Impedance of RHIC Devices |
coupling, impedance, ion, pick-up |
1262 |
|
|
On Some RF Three-dimensional Simulations of Magnetically Coupled Cells |
coupling, field, impedance, travelling wave |
1268 |
|
|
RF Field Generation in a Coaxial Cavity by a Micropulsed Electron Beam |
electron, field, injection, space-charge |
1274 |
- J. -M. Capdevila, O. Gal, F. Lainé, A. Nguyen (CEA-LETI-DEIN, CEN-Saclay, Gif-sur-Yvette)
|
|
HOM (Higher-Order Mode) Damper Tests of Advanced Photon Source Storage Ring Cavity with a 20 MeV e- Beam |
beamline, damping, linac, waveguide |
1277 |
- J. J. Song, S. O. Brauer, Y. W. Kang, R. L. Kustom, A. Nassiri (ANL)
|
|
Calculation of Electrostatic and RF Fields in UNDULAC-E with Plane Electrostatic Undulator |
acceleration, field, ion, undulator |
1280 |
- E. S. Masunov, A. P. Novikov (Moscow Engineering Physics Institute (MEPhI))
|
|
Electrodynamic Characteristics Data on Slot Aperture Structures for Linear Collider |
collider, field, impedance, resonance |
1289 |
- A. N. Didenko, K. W. Glavatskikh, V. A. Pavlovsky, N. P. Sobenin (Moscow Engineering Physics Institute (MEPhI))
|
|
The Experimental Investigation of the Transient in the Side Coupled Cells Structure |
feedback, field, injection, proton |
1295 |
- Yu. Senichev (INR of RAS, Moscow), A. Moretti (FNAL), D. Raparia (SSCL)
|
|
Fabrication and Measurement of a 10x Scale Model of a Double-sided Planar mm-wave Linac Cavity Stucture |
coupling, impedance, linac, simulation |
1297 |
- Y. W. Kang, R. L. Kustom, P. Matthews, A. Nassiri (ANL)
|
|
Electromagnetic Field Measurements on a mm-wave Linear Accelerator |
electron, field, simulation, synchrotron |
1303 |
- P. Matthews, T. Berenc, Y. Kang, R. L. Kustom (ANL), A. Feinerman, T. Willke (University of Illinois)
|
|
Xwake 1.0: A New Tool for Wakefield and Impedance Calculations |
ferrite, field, impedance, wakefield |
1318 |
- T. G. Jurgens, F. A. Harfoush, G. W. Saewert (FNAL)
|
|
PRIAM/ANTIGONE: a 2D/3D Package for Accelerator Design |
field, finite element, simulation, thermal |
1321 |
- G. LeMeur, F. Touze (LAL Orsay)
|
|
Longitudinal Coupling Impedance of a Bellows and a Ceramic Gap in a Circular Beam Pipe for the Advanced Photon Source |
algorithms, coupling, impedance, photon |
1336 |
- J. J. Song, P. J. Matthews, J. Zhou (ANL)
|
|
Improvements in Vessel Impedance Measurements at Daresbury |
impedance, injection, kicker, vacuum |
1339 |
- S. F. Hill, M. J. Pugh (Daresbury Laboratory, Warrington)
|
|
Simulation of Beam-Beam Lifetime for LEP |
lattice, lifetime, resonance, simulation |
1356 |
- T. Chen, J. Irwin, R. Siemann (SLAC)
|
|
Ground Vibration Model Studies for APS Storage Ring |
photon, quadrupole, tune |
1359 |
|
|
A New Codes Generation for Linac Beam Designing |
emittance, focusing, ion, linac |
1371 |
- B. I. Bondarev, A. P. Durkin, B. P. Murin, G. T. Nikolaishvili (Moscow Radiotechnical Institute)
|
|
Numerical Code for the Relation Dispersion of Cylindrical and Inhomogeneous Plasma |
electron, field, focusing, plasma |
1388 |
- A. Devia, F. Angulo, G. A. González (Univ. Nacional de Colombia, Sede Manizales)
|
|
Parameter Evolution of an Ion Beam Interacting with the NUCLOTRON Internal Targets |
emittance, luminosity, scattering, target |
1391 |
- A. S. Artiomov (JINR, Dubna)
|
|
Simulation of Beam Optics and Beam-Degrader Interaction for COMBAS Fragment-Separator |
acceptance, cyclotron, field, optics |
1394 |
- M. Nagaenko, I. Pavletsov, Yu. Severgin (Efremov Institute)
|
|
Numerical Modeling of a Small Recirculating Induction Accelerator for Heavy-Ion Fusion |
acceleration, focusing, induction, lattice |
1397 |
- W. M. Sharp, J. J. Barnard, A. Friedman, D. P. Grote, S. M. Lund, M. A. Newton (LLNL), T. J. Fessenden, S. S. Yu (LBNL)
|
|
Influence of Electrodes Shape on Emittance Growth in Periodic Axisymmetric LEBT |
emittance, field, focusing, injection |
1406 |
- E. Viewga, Yu. Zuev (Scientific Production Complex of Linear Accelerators and Cyclotrons)
|
|
First Operation of a Femtosecond Laser Driven Photoinjector |
cathode, field, gun, laser |
1462 |
- C. Travier, M. Bernard, B. Leblond (LAL Orsay), P. Georges, G. Roger, P. Thomas (Institut d' Optique Théorique et Appliquée, Orsay)
|
|
Development of a Polarized Electron Source based on Helium Afterglow |
electron, extraction, field, polarization |
1486 |
- J. Arianer, S. Cohen, S. Essabaa, R. Frascaria, O. Zerhouni (IPN, Orsay)
|
|
Summary Test Results of the Particle-Beam diagnostics for the Advanced Photon Source (APS) Subsystems |
electron, linac, photon, synchrotron |
1509 |
- A. H. Lumpkin, E. Kahana, D. Patterson, W. Sellyey, X. Wang (ANL)
|
|
Commissioning and Developments of the ALPI Diagnostics System |
diagnostics, electron, field, residual gas |
1512 |
- M. Bellato, A. Dainelli, M. Poggie (INFN, Legnaro)
|
|
A LabVIEW-based Accelerator Instrumentation Platform |
commissioning, controls, instrumentation, software |
1527 |
|
|
A High Precision Digitiser and Multiplexer for the New Orbit Processing Electronics at Daresbury |
brightness, electron, feedback, software |
1551 |
- L.M. Ford, M. T. Heron, R. J. Smith (Daresbury Laboratory, Warrington)
|
|
Neural Networks and Orbit Control in Accelerators |
coupling, software, synchrotron, x-ray |
1589 |
- E. Bozoki, A. Friedman (National Synchrotron Light Source, BNL, Upton, NY)
|
|
Closed Orbit Feedback with Digital Signal Processing |
brightness, feedback, photon, synchrotron |
1592 |
- Y. Chung, J. Kirchman, F. Lenkszus, A. J. Votaw (ANL), J. Corbett, R. Hettel, D. Keeley, J. Sebek, C. Wermelskirchen, J. Yang (SLAC)
|
|
Non-Linear RF Feedback in ELSA Accelerator |
electron, feedback, klystron, software |
1604 |
- P. Balleyguier (CEA, Bruyères-le-Châtel)
|
|
The Impact of the Local Feedback Systems on the Performance of the Racetrack Microtron Linac |
feedback, field, linac, simulation |
1607 |
- A. Chepurnov, I. V. Gribov, K. Gudkov, A. Shumakov, V. Shvedunov (INP, Moscow State University)
|
|
Development of Bunch Feedback Systems for KEKB |
feedback, impedance, instability, kicker |
1613 |
- E. Kikutani, T. Kasuga, Y. Minagawa, T. Obina, M. Tobiyama (KEK), L. Ma (Institute of High Energy Physics, Beijing)
|
|
Bunch-by-Bunch Longitudinal Feedback System for PEP-II |
factory, feedback, kicker, timing |
1616 |
- G. Oxoby, R. Claus, J. Fox, H. Hindi, J. Hoeflich, I. Linscott, J. Olsen, S. Perbhakar, L. Sapozhnikov (SLAC), A. Drago, M. Serio (INFN-LNF, Frascati), J. Corlett, G. Lamberson (LBNL)
|
|
Operation and Performance of a Longitudinal Damping System using Parallel Digital Signal Processing |
feedback, injection, kicker, synchrotron |
1619 |
- J. D. Fox, H. Hindi, I. Linscott, J. Olsen, G. Oxoby, L. Sapozhnikov, D. Teytelman (SLAC), A. Drago, M. Serio (INFN-LNF, Frascati), J. Byrd, J. Corlett (LBNL)
|
|
A Formal Approach to the Design of Multibunch Feedback Systems: LQG Controllers |
damping, feedback, simulation, single-bunch |
1622 |
- H. Hindi, J. Fox, I. Linscott, G. Oxoby, S. Prabhakar, L. Sapozhnikov, D. Teytelman (SLAC)
|
|
Algorithm for the Lifetime/Loss Measurement with a High Precision DC Transformer |
electron, injection, lifetime, proton |
1631 |
|
|
A Review of Optical Diagnostics Techniques for Beam Profile Measurements |
acceptance, electron, field, software |
1643 |
- J. A. Clarke (Daresbury Laboratory, Warrington)
|
|
Transverse Beam Measurments using a Compter Based Image Analysis System |
emittance, ion, radiation, software |
1661 |
- C. Birattari, C. De Martinis, D. Giove, M. Pullia, L. Tremolada (INFN and University of Milan), G. Ciavola, G. Cuttone, G. Raia, A. Rovelli (INFN LNS, Catania)
|
|
Hyperemittance Measurement with an Image Processing System |
brightness, electron, emittance, laser |
1667 |
- Y. L. Pan, J.Y. Chen, Y. Q. Gao, X. F. Guan, X. Z. Shi, Q. Sun, Z. Y. Yang (China Institute of Atomic Energy (CIAE), Beijing)
|
|
Beam Diagnostics with Optical Means |
diagnostics, proton, radiation, spectrum |
1676 |
- V. P. Novikov, A. V. Kharlamov, Yu. S. Khodyrev, E. V. Serga (IHEP, Protvino)
|
|
A New Picosecond Bunch Length Monitor on the SRS |
alignment, electron, photon, synchrotron |
1682 |
- J. A. Clarke (Daresbury Laboratory, Warrington)
|
|
On the Interferometric Diagnostic of Nanobunches in Electron Positron Colliders |
electron, field, laser, scattering |
1690 |
- J. L. Bobin (Université Pierre et Marie Curie, Paris)
|
|
Routine Observation of a Longitudinal Beam Emittance Behaviour in the IHEP Accelerator |
emittance, extraction, injection, proton |
1699 |
- A. S. Gurevich, N. A. Ignashin, G. I. Stolyarov, V. K. Vorobjev (IHEP, Protvino)
|
|
Bunch Length and Velocity Detector and its Application in the CERN Heavy Ion Linac |
electron, emittance, ion, target |
1702 |
- Yu. V. Bylinsky, A. V. Feschenko, A. V. Liiou, A. A. Men'shov, P. N. Ostroumov (INR, Moscow)
|
|
The Transients in Linac and the Beam Fast Measuring System |
CAMAC, linac, software, vacuum |
1708 |
- N. Il'Insky, S. Bragin, P. Reinhardt-Nickoulin, Yu. Senichev (INR of RAS, Moscow)
|
|
Real Time Monitoring of LEP Beam Currents and Lifetimes |
accumulation, injection, lifetime, monitoring |
1716 |
- A. J. Burns, B. Halvarsson, D. Mathieson, I. Milstead, L. Vos (CERN)
|
|
Low Intensity Beam Charge Measurement of the 1 GeV/amu SATURNE II Extracted Beam |
electron, extraction, resonance, synchrotron |
1728 |
- P. Ausset, J. M. Lagniel, P. Le Boulicaut, P. Mattei, D. Uriot (CEA-CNRS, LNS, Gif-sur-Yvette)
|
|
Measurement of Proton Beam Oscillations at Low Frequencies |
luminosity, proton, quadrupole, spectrum |
1731 |
- K. H. Mess, M. Seidel (DESY)
|
|
Optimization of the Cyclotrong High Frequency Accelerating Voltage Amplitude to a Beam Current |
cyclotron, extraction, ionization, software |
1746 |
- P. Yu. Komissarov, L. I. Iudin, V. V. Lapin, S. T. Latushkin, A. L. Smirnov (RRC 'Kurchatov Institute', Moscow)
|
|
On Analysis of On-line Adjustment Procedures |
algorithms, cyclotron, field, instability |
1752 |
- A. Mayorov, A. Samoylov, B. Volkov (IHEP, Protvino)
|
|
An Engineering Design of an Improved Synchrotron Light Monitor Mirror Mechanism for the Daresbury SRS |
monitoring, radiation, thermal, vacuum |
1761 |
- C. L. Dawson, B. Todd (Daresbury Laboratory, Warrington)
|
|
An Original Approach to Commissioning with the ELETTRA Control System |
commissioning, injection, linac, software |
1767 |
- D. Bulfone, F. Potepan (Sincrotrone Trieste)
|
|
A Complete Data Structure for the High Level Software of ELETTRA |
electron, insertion, light source, software |
1773 |
- M. Plesko (Sincrotrone Trieste)
|
|
The High Level Software of ELETTRA |
commissioning, optics, simulation, software |
1776 |
- M. Plesko, C. J. Bocchetta, F. Iazzourene, E. Karantzoulis, R. Nagaoka, L. Tosi (Sincrotrone Trieste)
|
|
The CERN-PS Controls System Operational Aspects |
background, controls, coupling, extraction |
1782 |
- J. Boillot, B. Frammery, E. Wildner (CERN)
|
|
Planned Upgrades to the SRS Control System |
CAMAC, controls, maintenance, software |
1788 |
- B. G. Martlew, M. J. Pugh, W. R. Rawlinson (Daresbury Laboratory, Warrington)
|
|
Implementation of Basic Control Procedures for SIBERIA-2 Storage Ring by Object-oriented Programming Methods |
CAMAC, betatron, electron, software |
1791 |
- A. Valentinov, A. Kadnikov, Y. Krylov, S. Kuznetsov, Y. Yupinov (RRC "Kurchatov Institute", Moscow), E. Levichev (INP, Novosibirsk)
|
|
Development of GUS for Control Applications at the Advanced Photon Source |
EPICS, commissioning, feedback, photon |
1794 |
- Y. Chung, D. Barr, M. Borland, G. Decker, K. Kim, J. Kirchman (ANL)
|
|
Console Software for the PLS Storage Ring Control |
electron, feedback, monitoring, software |
1797 |
- J.W. Lee, E.H. Lee, J.H. Lee, J.H. Lee, S.C. Won (Pohang Accelerator Laboratory)
|
|
Controlling the GANIL from an Operator Workstation |
CAMAC, injection, ion, software |
1800 |
- L. David, E. Lécorché, C. Maugeais, M. Ulrich (GANIL, Caen)
|
|
Experience and Trends in Control System for Particle Accelerators |
cyclotron, field, lifetime, software |
1803 |
- G. Cuttone, A. Rovelli (INFN LNS, Catania), D. Giove (INFN-LASA)
|
|
Relational Databases for RHIC Design and Control |
collider, controls, impedance, lattice |
1806 |
- C. G. Trahern, T. Clifford, M. Hemmer, W. W. MacKay, V. Mane, S. Peggs, C. Saltmarsh, T. Satogata, E. Scholl, T. Shea (BNL)
|
|
The Design of the Energy Ramping System for ELETTRA |
commissioning, electron, field, sextupole |
1809 |
- D. Bulfone, M. Lonza, P. Michelini, L. Pasquali (Sincrotrone Trieste)
|
|
Model for RHIC Ramp Controls |
collider, controls, injection, software |
1815 |
- J. Kewisch, T. Clifford, H. Hartmann, T. Kahn, V. Mane, B. Oerter, S. Peggs (BNL)
|
|
Upgrading of Vacuum Control Systems for Linac2, Linac3 and the PS Booster |
controls, ion, software, vacuum |
1821 |
- R. Gavaggio, R. Ould-Saada, M. Steffensen, P. Strubin (CERN)
|
|
Use of VME CPU Modules for Performance Upgrade of G64 Equipment Controllers for the LEP RF System |
insertion, software, target, timing |
1833 |
- L. Arnaudon, E. Ciapala (CERN)
|
|
Bates South Hall Ring RF Control System |
feedback, impedance, klystron, resonance |
1839 |
- S. T. Craig, G. Frketich, G. F. Morin, M. S. de Jong (Atomic Energy of Canada Limited, Chalk River, Ontario), P. Demos, M. Zolfaghari (MIT-Bates)
|
|
Digital Control of RTM LINAC RF System with DSP |
algorithms, electron, feedback, linac |
1845 |
- A. S. Chepurnov, K. A. Gudkov, A. V. Shumakov (INP, Moscow State University)
|
|
The Application of LabVIEW for Data Acquisition at an Accelerator Laboratory |
electron, impedance, lifetime, software |
1848 |
- J. A. Clarke, P. A. McIntosh (Daresbury Laboratory, Warrington)
|
|
Status of the DA NE RF System |
damping, feedback, impedance, klystron |
1862 |
- R. Boni, A. Gallo (INFN-LNF, Frascati)
|
|
Positron Accumulator Ring (PAR) RF System Design and Test |
booster, bunching, feedback, ferrite |
1871 |
- J. D. Stepp, J. F. Bridges (ANL)
|
|
Performance of the MIT-Bates South Hall Ring 2856 MHz CW RF Cavity System |
commissioning, coupling, cw, feedback |
1888 |
- M. S. de Jong, S. T. Craig (Atomic Energy of Canada Limited, Chalk River, Ontario), B. Binns, P.T. Demos, D. Wang (MIT-Bates)
|
|
Accelerating Station Alternative for MEB SSC Parameters |
coupling, ferrite, field, vacuum |
1903 |
- G. I. Batskikh, V. M Belugin, Yu. D. Ivanov, V. A. Konovalov, B. P. Murin, N. I. Uksusov (Moscow Radiotechnical Institute)
|
|
Coating Techniques and Improvement of High Power CW Klystrons for TRISTAN |
cathode, electron, klystron, vacuum |
1912 |
- S. Isagawa, Y. Takeuchi, M. Yoshida (KEK), K. Itoh, K. Ohya (Toshiba Corp., Ohtawara), T. Higuchi, K. Kobayashi (Toshiba Corp., Saiwai)
|
|
X-Band Klystrons for Japan Linear Collider |
cathode, klystron, simulation, x-band |
1918 |
- H. Mizuno, T. Higo, J. Odagiri (KEK), H. Yonezawa (Toshiba Corp., Ohtawara)
|
|
50-MW X-Band Klystron Sources for the Next Generation of Linear Colliders |
electron, field, gun, klystron |
1921 |
- G. Caryotakis, K. Eppley, K. Fant, R. Fowkes, R. Phillips, S. Tantawi, A. Vlieks, E. Wright (SLAC)
|
|
Characteristics and Limiting Parameters of Powerful RF Regotron-type Generator for Linear Accelerator with High Mean Current |
coupling, electron, klystron, linac |
1930 |
- B. P. Murin, V. M. Belugin, B. I. Bondarev, A. P. Durkin, I. V. Shumakov (Moscow Radiotechnical Institute)
|
|
Design and Performance of a 2-Megawatt High Voltage DC Test Load |
controls, cooling water, klystron, photon |
1936 |
- D. Horan, M. Ferguson, R. Kustom (ANL)
|
|
RF Reference Distribution for the LEP Energy Upgrade |
feedback, klystron, laser, thermal |
1948 |
- L. de Jonge, J. P. H. Sladen (CERN)
|
|
Beam Phasing of Autoscillating Systems |
acceleration, cw, electron, feedback |
1969 |
- O. Chubarov, D. Ermakov, V. Shvedunov (INP, Moscow State University)
|
|
A 500 MHz Mixer-Type Phase Detector with Wide Dynamic Range and Small Phase Error |
crystal, field, klystron, resonance |
1975 |
- C. W. Horrabin (Daresbury Laboratory, Warrington)
|
|
RF Tests of the Magnetron-Type Varactors |
cathode, electron, field, injection |
1980 |
- I. B. Enchevich, R. L. Poirier (TRIUMF, Vancouver, BC), M. I. Kuznetsov, V. A. Kuznetsov, V. V. Paramonov, P. I. Reingardt-Nikulin, Yu. V. Senichev (INR, Moscow)
|
|
New Method for Displaying the RF Cavity Impedance on a Smith Chart |
electron, impedance, software, synchrotron |
1983 |
- P. Boulerne (Oxford Instruments, Oxford)
|
|
Study of the UNK Accelerating Structure under Beam Loading with Tuning and Coupling Mismatch |
acceleration, coupling, impedance, proton |
1992 |
- V. Katalev (IHEP, Protvino)
|
|
Update on the Broadband Waveguide to 50 Coaxial Transition for Parasitic Mode Damping in the DA NE RF Cavities |
damping, rf cavities, vacuum, waveguide |
2004 |
- R. Boni, A. Gallo, F. Marcellini (INFN-LNF, Frascati), G. Gemme, R. Parodi (INFN, Genova)
|
|
Mode Filter Design for the NLC Overmoded RF Power Transport System |
damping, field, scattering, waveguide |
2010 |
- N.M. Kroll, K. Ko (SLAC), R.M. Jones (University of California San Diego)
|
|
Ferrite-Loaded Higher-Order-Mode Absorbers for the MIT-Bates South Hall Ring |
dielectric, ferrite, impedance, thermal |
2016 |
- M. S. de Jong, F. P. Adams, R. J. Bakewell, R. M. Hutcheon, G. F. Morin (Atomic Energy of Canada Limited, Chalk River, Ontario), P. T. Demos, A. Zolfaghari (MIT, Bates Linear Accelerator Center, Middleton, MA)
|
|
A mm-Wave Coupler Design |
electron, field, simulation, waveguide |
2019 |
- B. W. Littmann, M. H. Bairu, H. Henke (Technische Universität Berlin)
|
|
Analytical Calculation of a Coupler for the Linear Collider Accelerating Section |
collider, coupling, field, travelling wave |
2022 |
- A. N. Parfenov, N. P. Sobenin, B. V. Zverev (Moscow Engineering Physics Institute (MEPhI))
|
|
Matching of Couplers to DLWG Structure at 36.5 GHz |
coupling, resonance, vacuum |
2031 |
- V. A. Dvornikov, I. A. Kuzmin (Moscow Engineering Physics Institute (MEPhI))
|
|
Progress in RF Superconductivity at Saclay |
electron, field, klystron, vacuum |
2045 |
- B. Bonin, M. Juillard (CEA DAPNIA SEA, Gif-sur-Yvette, and INP, Univ. de Paris Sud, Orsay)
|
|
Development and Tests of a Superconducting Cavity for High Current Electron Storage Rings |
ferrite, impedance, travelling wave, waveguide |
2048 |
- H. Padamsee, P. Barnes, R. Chiang, R. Ehrlich, W. Hartung, T. Hays, A. Helser, J. Kirchgessner, D. Moffat, H. Muller, E. Nordberg, J. Sears, K. She, M. Tigner (Cornell University), W. Fox (LANL), G. Flynn (LURE), S. Belomesinekh, A. Trebendis, V. Veserevich (Novosibirsk)
|
|
Superconducting Nb Accelerating Structure for a 50-MeV mm-wave Linac |
electron, field, impedance, thermal |
2051 |
- Y. Kang, R. L. Kustom, P. Matthews, A. Nassiri (ANL)
|
|
The Low Beta Section of the ALPI Accelerator |
acceleration, alignment, field, linac |
2054 |
- A. Facco (INFN, Legnaro), J. S. Sokolowski (INFN-Legnaro and Weizmann Institute of Science, Rehovot)
|
|
The Infrastructure for the TESLA Test Facility (TTF) - A Status Report |
field, ion, klystron, vacuum |
2060 |
- M. Leenen (for the TESLA Collaboration, DESY, Hamburg)
|
|
An Improved Surface Treatment for Superconducting Niobium Cavities |
field, quadrupole, thermal, vacuum |
2063 |
- D. Reschke, W. Görlich, G. Müller, H. Piel, J. Pouryamout, R. Röth (Bergische Universität Wuppertal)
|
|
Magnetic Shielding of Superconducting Caviities |
field, finite element, shielding, vacuum |
2077 |
- M. Boloré, B. Bonin, B. Daillant, S. Jaïdane, E. Jacques, H. Safa (CEA DAPNIA SEA, CE-Saclay, Gif-sur-Yvette), O. Delferriére, J. Faure (CE-Saclay LNS, Gif-sur-Yvette)
|
|
Design Study for the Accelerating Cavity of the Racetrack Microtron Eindhoven |
coupling, microtron, resonance, simulation |
2092 |
- R. W. de Leeuw, J. I. M. Botman, J. E. Coppens, W. J. G. M. Kleeven, C. J. Timmermans (Eindhoven University of Technology)
|
|
High-Power RF Cavity R&D for the PEP-II B Factory |
damping, feedback, impedance, thermal |
2101 |
- R. Rimmer, G. Lamberson (LBNL), F. Adams, B. Burton, M. DeJong, M. Lipsett (AECL, Chalk River Laboratories, Ontario), C. Belser, M. Franks, T. McCarville (LLNL), J. Hodgson, K. Ko, C. Ng, R. Pendleton, E. Reuter, H. Schwarz, K. Skarpaas (SLAC)
|
|
Test Results on the SSC Low Energy Booster RF Cavity |
booster, collider, dielectric, ferrite |
2104 |
- P. Coleman (SSCL, Dallas, TX; now at Sandia National Lab., Albuquerque, NM), F. Brandeberry, J. Ferrell, T. Grimm, G. Hulsey, S. Kwiatkowski, V. Pacak, A. Propp, L. Taylor (SSCL, Dallas, TX)
|
|
Error Sensitivity of a Double Side Coupled Muffin-Tin |
coupling, impedance, resonance, standing wave |
2107 |
- W. Bruns (Technische Universität Berlin)
|
|
On Tuning of 433 MHz Four-cavity H-resonator |
field, ion, quadrupole, vacuum |
2116 |
- V.I. Petrov (D. V. Efremov Scientific Research Institute of Electrophysical Apparatus (NIEFA))
|
|
Polycylindrical Resonators in the Accelerating Technique |
acceleration, dielectric, ferrite, impedance |
2121 |
- F. A. Vodopianov (Moscow Radiotechnical Institute)
|
|
Mode Propagation in a Iris Type Accelerator Section Loaded with Single Heavily HOM-Damped Cells |
coupling, damping, field, linac |
2155 |
- H. Klein, H.-W. Glock, P. Hülsmann, M. Kurz, W. F. O. Müller, C. Peschke (Institut für Angewandte Physik de JWG-Universität Frankfurt)
|
|
A New Concept of a Higher-Order-Mode Damper for the KAON Booster Cavity |
booster, coupling, ferrite, impedance |
2158 |
- A. K. Mitra (TRIUMF, Vancouver, BC)
|
|
Fabrication of an X-band 30 cm Accelerating Structure by Diffusion Brazing |
alignment, collider, vacuum, x-band |
2182 |
- A. Yamamoto, O. Hara, N. Kaneko, T. Kawaratani, M. Yamamoto (Ishikawajima-Harima Heavy Industries Co, Ltd. (IHI), Tokyo), Y. Higashi, T. Higo (KEK)
|
|
Intraoperative X-band Accelerator Microwave Structure Design |
electron, field, focusing, x-band |
2185 |
- A. V. Mishin, H. DeRuyter, T. Roumbanis, R. G. Schonberg (Schonberg Reseach Corporation, Santa Clara, CA)
|
|
Analytic Study of Transverse Shunt Resistance and Even-Odd Mode Coupling of a Rod Type RFQ |
coupling, field, impedance, resonance |
2188 |
|
|
Study of the Four-rod RFQ Using the Normal Mode Theory of Transmission Lines |
field, impedance, quadrupole, resonance |
2191 |
- V. Kapin (Moscow Physical Engineering Institute)
|
|
Electronic Activity at CEBAF Cold RF Window Induced by Cavity Operation |
electron, field, radiation, waveguide |
2200 |
- V. Nguyen-Tuong, N. Luo, L. Phillips, C. Reece (CEBAF)
|
|
Quality Factor Measurements in Cavities with Mode Overlap |
coupling, damping, field, resonance |
2209 |
- P. Hülsmann, H.-W. Glock, H. Klein, M. Kurz, W. F. O. Müller, C. Peschke (Institut für Angewandte Physik de JWG-Universität Frankfurt)
|
|
A New Method for Forming Seamless 1.5 GHz Multicell Cavities Starting from Planar Disks |
electron, vacuum |
2212 |
- V. Palmieri, R. Preciso (INFN, Legnaro), I. I. Kulik (Institute for the Low Temerature Physics and Engineering, Kharkov), V.L. Ruzinov, S.Yu. Stark (Moscow Institute of Steel and Alloys)
|
|
LEB Dipole and Quadrupole Prototypes for SSC |
collider, field, quadrupole, vacuum |
2223 |
- Yu. V. Baryshev, N. S. Dikansky, S. F. Mikhailov, Yu. A. Pupkov, G. M. Tumaikin (INP, Novosibirsk), W. Heilbrunn, F. Knox-Seith, U. Wienands, X. Y. Wu (SSCL, Dallas, TX)
|
|
Design, Construction & Testing of the Corrector Magnets for ELETTRA |
field, multipole, sextupole, skew |
2226 |
- D. Tommasini, R. P. Walker, D. Zangrando (Sincrotrone Trieste), G. Petrucci (CERN)
|
|
Transient Characteristics of a Solid Sector Bending Magnet for Use in Compact Storage Ring |
acceleration, field, quadrupole, sextupole |
2238 |
- T. Ota, T. Iimura, T. Nagafuchi, K. Satoh, O. Takeda, Y. Tanabe (Toshiba Corp., Yokohama)
|
|
The 1.8 Tesla Wiggler for the Main Rings of DA NE, the Frascati -Factory |
damping, field, luminosity, wiggler |
2247 |
- H. Hsieh, M. Modena, M. A. Preger, C. Sanelli, S. Vescovi (INFN-LNF, Frascati)
|
|
Construction of Undulator U5.6 for ELETTRA |
field, insertion, radiation, undulator |
2250 |
- B. Diviacco, R. Bracco, A. Codutti, D. Millo, R. P. Walker, D. Zangrando (Sincrotrone Trieste)
|
|
Control of the Magnetic Properties in Very Large Steel Pieces |
field, induction |
2259 |
- J. P. Badeau, P. Bocquet, J. Burlat, A. Cheviet, J. Fouel, E. Varcin (Creusot-Loire Industrie, France)
|
|
Progress in the Construction and Testing of the 70 mm Aperture Quadrupole for the LHC Low- Insertions |
collider, field, quadrupole, vacuum |
2271 |
- G. A. Kirby, S. Nobes, A. J. Street, J. R. Treadgold, J. M. Wiatrzyk (Oxford Instruments, Oxford), R. Ostojic, T. M. Taylor (CERN)
|
|
Mechanical Behaviour during Excitation of the First CERN 10 T Dipole Model magnet for LHC |
collider, field, quench, thermal |
2286 |
- J. Buckley, J. J. Hirsbrunner, M. Karppinen, T. Kurtyka, D. Leroy, D. Perini, A. Poncet, F. Robatto, F. Savary, G. Spigo, I. Vanenkov (CERN)
|
|
Performance of the First CERN-INFN 10 m Long Superconducting Dipole Prototype for the LHC |
field, hadron, quench, thermal |
2289 |
- M. Bona, D. Leroy, R. Perin, F. Rodriguez-Mateos, A. Siemko, P. Sievers, L. Walckiers (CERN), E. Acerbi, L. Rossi (INFN-LASA and Univ. Milan-I)
|
|
Field Quality Improvements in Superconducting Magnets for RHIC |
collider, field, octupole, quadrupole |
2298 |
- R. Gupta, A. Jain, S. Kahn, G. Morgan, P. Thompson, P. Wanderer, E. Willen (BNL)
|
|
A Control System based on Industrial Components for Measuring and Testing the Prototype Magnets for LHC |
acceptance, maintenance, monitoring, software |
2322 |
- F. Momal, D. Bienvenu, D. Brahy, D. Lavielle, R. Saban, B. Vullierme, L. Walckiers (CERN)
|
|
The ELETTRA Storage Ring Steerer Power Supplies |
electron, feedback, injection, maintenance |
2330 |
- R. Richter, R. Visintini (Sincrotrone Trieste)
|
|
New Magnet Power Converters for the SRS at Daresbury |
controls, synchrotron, timing, wiggler |
2333 |
- D. E. Poole, S. A. Griffiths, M. T. Heron (Daresbury Laboratory, Warrington)
|
|
Digital Trigger Generator for a 24-Pulse SCR Bridge with Controllable, Line-Commutated Free-Wheeling Thyristors |
booster, field, software, timing |
2344 |
|
|
On the Possibility of the Setup GAMS-4 Operation at Positive Coordinates of Block 27 Internal Targets of the IHEP Accelerator |
extraction, field, proton, target |
2379 |
- A. A. Asseev, M. Yu Gorin, A. A. Kardash, V. A. Medvedev, B. A. Zelenov (IHEP, Protvino)
|
|
The Main Results of Four Years Experience on Extracton of Protons by Bent Crystal from the 70 GeV IHEP Accelerator |
crystal, extraction, proton, target |
2388 |
- A. A. Asseev, M. D. Bavizhev, E. A. Ludmirsky, V. A. Maisheev, E. A. Myae (IHEP, Protvino)
|
|
Simulation of the LHC Beam Crystal Extraction |
crystal, extraction, scattering, simulation |
2394 |
- V. Biryukov (IHEP, Protvino), P. F. Vita (INFN, Pisa)
|
|
High Current Density Septum Prototype for Accumulator and Storage Rings of DA NE, the Frascati -Factory |
field, magnetic measurements, septum, thermal |
2403 |
- M. Modena, H. Hsieh, C. Sanelli (INFN-LNF, Frascati)
|
|
Design of an Active Beam Splitter for MAMI |
field, klystron, photon, septum |
2411 |
- H. Euteneuer, H. Herminghaus, M. O. Ihm, K. -H. Kaiser (Institut für Kernphysik, Mainz), V. I. Shvedunov, A. V. Tiunov (INP, Moscow State University)
|
|
Optimization of Beam Transport in a Long Recirculating Linear Accelerator |
alignment, focusing, linac, quadrupole |
2420 |
- A. Savalle, J. L. Belmont, J. M. De Conto, J. M. Loiseaux (ISN, CNRS/IN2P3, Grenoble)
|
|
Circular Beam Scanning of Large Targets |
field, irradiation, rf cavities, target |
2435 |
- Y. K. Batygin (Moscow Physical Engineering Institute), V. V. Kushin, S. V. Plotnikov (ITEP, Moscow)
|
|
Increasing the Energy of the Fermilab Tevatron Accelerator |
collider, commissioning, controls, quench |
2458 |
- J. D. Fuerst, J. C. Theilacker (FNAL)
|
|
Operational Experience of the K800 Cyclotron Vacuum System at L.N. S. |
acceleration, cyclotron, field, vacuum |
2476 |
- P. Michelato (INFN-LASA), S. Pace, M. Re, P. Sarta (INFN- Catania)
|
|
Vacuum Getter Pump for Compact Accelerators |
electron, ion, vacuum |
2518 |
- A. V. Mishin, V. A. Polyakov (Moscow Engineering Physics Institute (MEPhI))
|
|
Test Results of Distributed Ion Pump Designs for the PEP-II Asymmetric B-Factory Collider |
cathode, field, ion, vacuum |
2520 |
- M. Calderon, F. Holdener, D. Peterson, W. Stoeffl (LLNL), C. Foerster (BNL), E. Hoyt, M. Nordby, C. Perkins, D. Wright (SLAC)
|
|
Latest Developments on Valve Seat-Seal Assembly |
field, injection, laser, vacuum |
2526 |
- R. de Villepoix, M. Lefrancois, J. Montuclard, C. Rouaud (Carbone-Lorraine CEFILAC Etanchéité & Helicoflex, St. Etienne)
|
|
The Impact of Environmental Protection Legislation on Cleaning Procedures for Accelerator Vacuum Systems |
electron, photon, thermal, vacuum |
2529 |
- J. D. Herbert, R. J. Reid (Daresbury Laboratory, Warrington)
|
|
A Blumlein Type Modulator for a 100 MW-class X-band Klystron |
impedance, modulator, simulation, x-band |
2538 |
- H. Mizuno (KEK), Y. Kobayashi, T. Majima, S. Sakamoto (Ishikawajima-Harima Heavy Industries Co, Ltd. (IHI), Tokyo)
|
|
Realignment of LEP in 1993-1994 |
alignment, damping, optics, survey |
2555 |
- M. Hublin, M. Mayoud, J. P. Quesnel, A. Verdier (CERN)
|
|
Slow Ground Motion and Alignment System |
damping, emittance, site, spectrum |
2564 |
- S. Takeda, A. Akiyama, Y. Funahashi, K. Kudo (KEK), Y. Kanazawa (ATC Co. Ltd. Hachiohjishi)
|
|
A New Accelerator Alignment Concept using Laser Trackers |
alignment, booster, laser, synchrotron |
2570 |
|
|
Seismic Vibration Studies for Future Linear Colliders |
alignment, collider, site, spectrum |
2573 |
- V. M. Juravlev, A. A. Sery, A. I. Sleptsov (Branch INP, Protvino), W. Coosemans, G. Ramseier, I. Wilson (CERN)
|
|
Industrial Production of Accelerator Components at CERCA(F) |
cryomodule, superconductivity |
2597 |
- P. Maccioni, C. Bianchi, J. L. Boutes (CERCA, Romans sur Isére)
|
|
Past, Present and Future Use of Accelerators in the Nuclear Medicine Industry |
cyclotron, ion, neutron, target |
2601 |
- T. Grey-Morgan (Amersham International plc, Amersham)
|
|
The Regional Center for Proton Therapy on the Basis of Yerevan Electron Synchrotron |
acceleration, electron, proton, synchrotron |
2613 |
- A. Z. Babaian, A. I. Barishev, N. A. Demekhina, E. D. Gazazian, V. Ts. Nickogossian, A. G. Oganessian, G. G. Oksuzyan (Yerevan Physics Institute), G. I. Batskikh, Yu. S. Ivanov, V. V. Jeljan, G. L. Klenov, R. A. Meshcherov, A. V. Mischenko (Moscow Radiotechnical Institute), V. P. Belov, A. N. Makarov (NPO "Elektrofizika")
|
|
ESQ-Focused 2.5 MeV DC Accelerator for BNCT |
field, focusing, neutron, target |
2619 |
- O. A. Anderson, E. L. Alpen, G. J. DeVries, A. Faltens, J. W. Kwan, L. L. Reginato, R. P. Wells (LBNL)
|
|
Some Aspects of Photonuclear Reaction Applications in Radiation Technologies |
electron, neutron, radiation, spectrum |
2630 |
- V. V. Petrenko, N. A. Chernoplekov (Russian Research Center "Kurchatov Institute", Moscow)
|
|
Technology Transfer from Accelerator Laboratories (Challenges and Opportunities) |
feedback, positron, survey |
2635 |
- V. K. Verma, P. L. Gardner (TRIUMF, Vancouver, BC)
|
|
Beam Dynamics in an Energy-variable RF-Accelerator for Ion Implantation |
acceleration, deceleration, ion, quadrupole |
2641 |
- J. Dehen, H. Deitinghoff, H. Klein, M. Sarstedt, A. Schempp, R. Thomae (Institut für Angewandte Physik de JWG-Universität Frankfurt), D. Li (Dept. of Technical Physics and Inst. of Heavy Ion Physics, Peking University)
|
|
Application of "Electronica 10-10" Electron Linac for Food Processing |
cathode, electron, irradiation, radiation |
2644 |
- W. Maciszewski, A. G. Chmielewski, W. Migdal, B. Owczarczyk (Institute of Nuclear Chemistry and Technology, Warsaw)
|
|
A Facility for Electron Beam Processing with a 10-MeV Microtron |
electron, extraction, microtron, radiation |
2647 |
- D. Catana, S. Axinescu, R. Minea, I. Panaitescu (Institute of Atomic Physics, Bucharest)
|
|
Design Study on Ecological Accelerator |
electron, focusing, multipole, vacuum |
2650 |
- W. Drabik, A. Jerzykiewicz, K. Kociecka, J. Witkowski (Soltan Institute for Nuclear Studies, Swierk)
|
|
The "Lillyput" - Mobile Electron Linear Accelerator for Radiography and its Use in Testing of Civil Engineering Objects |
electron, field, radiation, x-ray |
2658 |
- J. Bigolas, S. Kulinski, M. Pachan (Soltan Institute for Nuclear Studies, Swierk), J. Pracz, A. Salaga (Experimental Establishment for Nuclear Equipment, Swierk), G. Ertman, A. Foco, S. Sandri (Irvin Elettronica, Aprillia)
|
|
Alternating Phase Focusing (APF) Linacs Developments and their Possible Applications |
field, focusing, ion, linac |
2661 |
- V. V. Kushin, S. V. Plotnikov (ITEP, Moscow)
|
|
Induction Linac Systems Experiments for Heavy Ion Fusion |
induction, ion, linac, target |
2669 |
- W. B. Herrmannsfeldt (SLAC), R. O. Bangerter (LBNL)
|
|