| Title |
Other Keywords |
Page |
| Review of Continuous Beam Electron Machines |
accelerator, electron, linac, target |
27 |
|
|
| An Accelerator for Testing Superconducting RF Structures |
accelerator, electron, feedback, field |
52 |
- J. M. Cavedon, B. Aune, Ph. Bredy, S. Chel, M. Desmons, J. Gastebois, F. Gougnaud, J. F. Gournay, M. Jablonka, J. M. Joly, F. P. Juster, E. Klein, Ph. Leconte, A. Mosnier, B. Phung, H. Safa (DAPNIA/SEA-CE, Saclay), S. Buhler, T. Junquera (IPN, Orsay)
|
|
| From MAMI to the Polytrons - Microtrons in the 10 GeV Range |
emittance, field, linac, microtron |
247 |
- H. Herminghaus (Weiler/Bingen)
|
|
| Review of the Superconducting Approach to Linear Colliders |
field, linac, luminosity, thermal |
378 |
- H. Padamsee (Cornell University)
|
|
| The Ifusp Racetrack Microtron |
electron, field, linac, microtron |
429 |
- J. Takahashi, J. C. A. Alcon, A. Bonini, J. M. Junior, J. M. Machado, A. A. Malafronte, M. N. Martins, Y. Miyao (Instituto de Física da Universidade de Sao Paulo (IFUSP), Brazil)
|
|
| Development of a CW Electron Linac Structure Using a Traveling-Wave Resonant Ring |
accelerator, electron, klystron, linac |
533 |
- I. Sato, A. Enomoto, E. Ezura, H. Kobayashi, K. Nakahara, H. Nakanishi, S. Noguchi, S. Ohsawa, M. Ono, K. Takata, S. Yamaguchi, S. Yoshimoto (KEK), T. Emoto, Y. Himeno, K. Hirano, H. Oshita, S. Toyama, Y. L. Wang (Power Reactor & Nuclear Fuel Corp., Oarai Eng. Center), K. Konashi, N. Sasao (Power Reactor & Nuclear Fuel Development Corp., Takai Works)
|
|
| Longitudinal Splitting of Bunches in a Cyclotron by Superposition of Different RF Harmonics |
cyclotron, extraction, field, linac |
590 |
- R. E. Laxdal (TRIUMF), W. Joho (PSI, Villigen)
|
|
| A 1 MW Free Electron Maser for Fusion Applications |
electron, gun, undulator, waveguide |
629 |
- W. H. Urbanus, R. W. B. Best, A. G. A. Verhoeven, M. J. van der Wiel (FOM-Institute for Plasma Physics, "Rijnhuizen" Nieuwegein), A. A. Varfolomeev (Institute for Atomic Energy, Moscow), V. L. Bratman, G. G. Denisov (Institute of Applied Physics, Novgorod), M. Caplan (LLNL)
|
|
| RF Driven Multicusp Ion Source for Particle Accelerator Applications |
electron, extraction, ion, plasma |
1038 |
- K. N. Leung, D. A. Bachman, D. S. McDonald (LBNL)
|
|
| Commissioning and Operation of One Booster and Two Storage Ring RF Acceleration Units at the ESRF |
booster, commissioning, injection, klystron |
1182 |
- J. Jacob, P. Barbier, D. Boilot, C. David, G. Gautier, J. -L. Revol, J. -M. Rigal, D. Vial (ESRF), H. Hoberg, H. K. Knobbe, H. Nöldge (Herfurth GmBH), U. Behrens (SCS CAP Gemini GmbH)
|
|
| Operational Experience and Recent Upgrading of TRISTAN High Power CW Klystrons |
accelerator, cathode, klystron, vacuum |
1206 |
- S. Isagawa, M. Ono, Y. Takeuchi, M. Yoshida, S. Yoshimoto (KEK), Y. Imaizumi, Y. Kawakami, K. Kobayashi, K. Ohya, T. Okamoto (KEK and Toshiba Corp.)
|
|
| 60 kW CW (500 MHz) with a Standard TV-Klystron |
electron, klystron, radiation, synchrotron |
1212 |
|
|
| Application of Superconducting Cavities to the Collider Rings of the SSC |
acceleration, collider, coupling, photon |
1251 |
|
|
| Design and Fabrication of Normal Conducting Accelerator Sections |
accelerator, electron, field, light source |
1343 |
- D. Kiehlmann, M. Peiniger, H. Vogel (Siemens AG, Accelerator and Magnet Technology, Bergisch Gladbach)
|
|
| Magnet Design and Performance for the CEBAF Beam Transport System |
accelerator, field, multipole, thermal |
1350 |
- L. Harwood, G. Biallas, A. Guerra, W. Heilbrunn, J. Karn (CEBAF)
|
|
| A High Voltage Resonant Converter for Pulsed Magnets |
damping, impedance, kicker, resonance |
1429 |
- F. S. Rafael, J. Apfelbaum, A. C. Lira, J. A. Pomilio (Laboratório Nacional de Luz Sincrotron, Brazil)
|
|