Keyword: electron

Title	Other Keywords	Page
Inertial Confinement Fusion Energy with Particle Beams	accelerator, ion, laser, target	975
G.W. Kuswa
Electron Linac Design for Pion Radiotherapy	accelerator, linac, pion, target	1006
G.A. Loew, K.L. Brown, R.H. Miller, D.A. Pistenma, D.R. Walz
Acceleration of Partially Stripped Ions at the Bevalac	acceleration, induction, ion, vacuum	1015
J. Alonso, R. Force, H. Grunder, M. Tekawa
Design of a Shuttle Microtron for Radiation Therapy	field, focusing, linac, microtron	1022
H.R. Froelich
Experimental Measurements on a 25 MeV Reflexotron	accelerator, field, radiation, target	1061
S.O. Schriber, L.W. Funk, S.B. Hodge, R.M. Hutcheon
Recent Progress in Heavy Ion Sources	cyclotron, extraction, ion, plasma	1064
D. Clark
Standing Wave High Gradient Accelerator Structure	accelerator, coupling, field, standing wave	1084
V.A. Vaguine
Initial Performance of the Stanford Superconducting Recyclotron	accelerator, cw, linac, recirculation	1091
J.R. Calarco, M.S. McAshan, H.A. Schwettman, T.I. Smith, J.P. Turneaure, M.R. Yearian
Multi-Cavity Prebunching Systems	coupling, impedance, plasma, space-charge	1096
W.J. Gallagher
Suppression of Multipactoring in Superconducting Cavities	crystal, field, vacuum, x-band	1101
H. Padamsee, M. Banner, M. Tigner
Status of MUSL-2, the Second Microtron Using a Superconducting Linac	accelerator, injection, linac, recirculation	1133
P. Axel, L.S. Cardman, A.O. Hansen, J.R. Harlan, R.A. Hoffswell, D. Jamnik, D.C. Sutton, R.H. Taylor, L.M. Young
Operation Experiences with the Test Section of a Superconducting Heavy Ion Post Accelerator	accelerator, field, irradiation, vacuum	1150
G. Hochschild, H. Ingwersen, E. Jaeschke, B. Piosczyk, R. Repnow, H. Schwarz, J.E. Vetter, Th. Walcher
Superconducting Accelerator Structures for Medium Energy Protons	accelerator, field, multipacting, resonance	1156
K. Mittag
An e-p Facility in the CERN SPS	luminosity, proton, synchrotron, tune	1191
R. Billinge, K. Hübner, H. Hoffmann, A. Hofmann, A. Hutton, K. Johnsen, E. Jones, B.W. Montague, B. Wiik, C. Zettler
TRISTAN ep Project	linac, luminosity, proton, tune	1194
S. Kamada, M. Kihara, T. Nishikawa, T. Suzuki, K. Takata, K. Takikawa
Theory of Longitudinal Instability for Bunched Electron and Proton Beams	accelerator, impedance, instability, proton	1205
A.G. Ruggiero
A Resistive Theory of Bunch Lengthening	equilibrium, impedance, instability, vacuum	1208
M. Month, E. Messerschmid
Ultrahigh Vacuum Technology for Storage Rings	ion, proton, thermal, vacuum	1227
E. Fischer
New Techniques for the Petra Vacuum System	radiation, synchrotron, thermal, vacuum	1248
H. Hartwig, J. Kouptsidis
Piggy-Back Power Supplies for Magnet Systems	accelerator, target	1279
J.J. Gano
Some Aspects of the Vacuum System for the Proposed Storage Ring CESR	positron, quadrupole, radiation, vacuum	1370
M. Billing, N. Mistry, L. Phillips, D. Thomas
A Vacuum Cold Bore Test Section at the CERN ISR	ion, radiation, thermal, vacuum	1373
C. Benvenuti, R. Calder, N. Hilleret
ISR Clearing Current Monitoring System	monitoring, proton, residual gas, vacuum	1376
O. Gröbner, P. Strubin
New Vacuum Techniques for Small Aperture Proton Storage Rings	field, proton, thermal, vacuum	1379
D. Blechschmidt
Satellite Resonances due to Beam-Beam Interaction	betatron, coupling, resonance, synchrotron	1408
A. Piwinski
Bench Measurements of the Energy Loss of a Stored Beam to Vacuum Components	field, impedance, thermal, vacuum	1446
J. Peters
Beam Modulator for an Electron Linac	bunching, chopper, linac, modulator	1473
G. Rouse, R. Siemann, M. Tigner
Longitudinal Instabilities of Bunched Beams in the ISR	impedance, instability, radiation, synchrotron	1490
P. Bramham, S. Hansen, A. Hofmann, E. Peschardt
Single Bunch Beam Loading on the SLAC Three-Kilometer Accelerator	accelerator, acceptance, klystron, vacuum	1493
R.F. Koontz, G.A. Loew, R.H. Miller, P.B. Wilson
The Evolution of the LAMPF High Power Pion Production Target Mechanisms	pion, proton, target, vacuum	1574
M.T. Wilson, D.L. Grisham, L.O. Lindquist, L.L. Thorn
Operating Experience with the Polarized Electron Gun at SLAC	accelerator, gun, polarization, target	1603
M.J. Alguard, G. Baum, J.E. Clendenin, V.W. Hughes, M.S. Lubell, R.H. Miller, W. Raith, K.P. Schuler, J. Sodja
The Experiment 'Pustarex' for Collective Acceleration of Heavy Ions in Electron Rings	acceleration, field, injection, ionization	1622
C. Adelfinger, E. Buchelt, W. Dommaschk, J. Fink, W. Herrmann, I. Hofmann, D. Jacobi, A. Luccio, P. Merkel, H.-B. Schilling, A. Schlüter, U. Schumacher, M. Ulrich
Controlled Collective Field Propagation for Ion Acceleration Using a Slow Wave Structure	acceleration, field, ion, proton	1625
C.N. Boyer, W.W. Destler, H. Kim
The Autoaccelerator - A Generator for Producing a High Energy Intense Relativistic Electron Beam by the Autoacceleration Process	acceleration, cathode, field, impedance	1628
J.K. Burton, D. Conte, M. Friedman, T. O'Connell, J. Shipman
Computer Simulation of Collective Ion Acceleration by Discrete Cyclotron Modes	acceleration, cyclotron, ion, simulation	1637
R.J. Faehl, B.B. Godfrey, B.S. Newberger, W.R. Shanahan, L.E. Thode
Transient Operation of Electron Linacs	accelerator, injection, spectrum, waveguide	1640
W.J. Gallagher
Observation and Suppression of Radial Beam Blowup in the Maryland ERA	field, instability, radiation, scattering	1642
W.W. Destler, D.W. Hudgings, M.J. Rhee
Linear Collective Effect Acceleration in the Presence of a Strong Axial Magnetic Field	acceleration, deuteron, field, ion	1645
D.C. Straw, R.B. Miller
Collective Ion Acceleration in a Traveling Virtual Cathode	acceleration, cathode, field, simulation	1648
R.B. Miller, R.J. Faehl, T.C. Genoni, W.A. Proctor
Some Parameters of an Electron Accelerator Powered by a Laser Beam	acceleration, accelerator, field, laser	1651
F. Scarlat, M. Argesanu
Recent Results of the University of Maryland Research Program on Collective Ion Accelerators	acceleration, equilibrium, field, ion	1656
W.W. Destler, D.W. Hudgings, H. Kim, M. Reiser, M.J. Rhee, C.D. Striffler, G.T. Zorn
Collective Acceleration Investigations with the Ionization Front Accelerator	acceleration, ion, ionization, simulation	1659
C.L. Olson, A. Owyoung, J.S. Pearlman, J.W. Poukey, J.P. VanDevender
Electrostatic Collective Ion Acceleration in the Evacuated Drift Tube Geometry	acceleration, cathode, field, ion	1662
R.F. Hoeberling, R.B. Miller, D.N. Payton III, D.C. Straw
Collective Ion Acceleration and Power Balance in Intense Electron Beams in Neutral Gas	acceleration, field, proton, x-ray	1665
B. Ecker, S. Putnam
Magnetic Compression and Electrostatic Reflection on Very High / Electron Beams	cathode, field, ion, x-ray	1668
D.A. Phelps, R.W. Clark, P. Korn
Low-Frequency Klystrons for Accelerator Applications	accelerator, field, gun, klystron	1692
P.J. Tallerico
Engineering Design of Buncher Sections	bunching, field, gun, impedance	1716
W.J. Gallagher
System for Calibration of SPEAR Transport Line Toroids	accelerator, injection, positron, timing	1748
T.V. Huang, K. Crook, H. Smith
A Low-Cost RF-Structure for Electron and Proton Linac	coupling, field, proton, resonance	1774
D.T. Tran
Counterstreaming Electron Beam Profile and Position Monitor	accelerator, alignment, radiation, vacuum	1815
S.O. Schriber, K.J. Hohban
Phase Space Cooling and p Colliding Beams of Fermilab	booster, field, gun, proton	1854
E.R. Gray, D.B. Cline, W.B. Herrmannsfeldt, F.R. Huson, D.E. Johnson, P.M. McIntyre, F.E. Mills, T.G. Rhodes, C. Rubbia, L.C. Teng, G.S. Tool
Quantum Lifetime in Electron Storage Rings	betatron, damping, lifetime, synchrotron	1885
A.W. Chao
"Atom Smashers: 50 Years" - Preview of an Exhibit on the History of High Energy Accelerators	accelerator, cyclotron, focusing, vacuum	1896
P. Forman
On Designing the IHEP Accelerating Storage Complex	accelerator, field, proton, synchrotron	1900
I. Fedotov