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Keyword: radiation

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Operation of CESR with Permanent Magnet Interaction Region Quadrupoles emittance, luminosity, tune, vacuum 130
  • S. Herb, J. Kirchgessner
Some Experiences from the Commissioning Program of the SLC Arcs alignment, field, linac, synchrotron 139
  • G.E. Fischer, K.L. Brown, F. Bulos, T. Fieguth, A. Hutton, J.J. Murray, N. Toge, W.T. Weng, H. Wiedemann
Achromatic Dissipative Focusing electron, field, focusing, synchrotron 160
  • F. Ruggiero
Radiation Focusing, Guiding and Steering in Free Electron Lasers electron, field, induction, wiggler 189
  • P. Sprangle, B Hafizi, C.M. Tang, A. Ting
Brightness and Coherence of Radiation from Undulators and High-Gain Free Electron Lasers brightness, electron, synchrotron, undulator 194
  • K.-J. Kim
A Single-Pass Free-Electron Laser for Soft X-Rays with Wavelengths 10 nm damping, electron, laser, wiggler 202
  • J.C. Goldstein, B.D. McVey, B.E. Newnam, T.F. Wang
Analysis of Free Electron Laser Performance Utilizing the National Bureau of Standards' CW Microtron electron, emittance, field, wiggler 205
  • C.-M. Tang, X.K. Maruyama, S. Penner, P. Sprangle
Gain of an FEL with an Unmatched Electron Beam betatron, electron, laser, wiggler 209
  • B Hafizi, P. Sprangle, A. Ting
Progress in the Design of a DC FEL Power Source Using a Pelletron Driver acceleration, electron, laser, plasma 215
  • D.J. Larson, J.R. Adney, D.R. Anderson, D.B. Cline, S.J. Dehais, F.E. Mills, J.B. Rosenzweig, M.L. Sundquist
The Sideband Instability in Free Electron Laser electron, equilibrium, spectrum, wiggler 224
  • S Riyopoulos, C.M. Tang
A Compact Energy Recovered FEL for Biomedical and Material Science Applications accelerator, electron, linac, wiggler 230
  • R. Rohatgi, H. A. Schwettman, T. I. Smith
The Difference Between the Metal Ion Extracted for the R.F. Ion Source by Applying Plasma Chemistry Reaction and by Non-Plasma Range Chemistry Reaction ion, plasma, spectrum, sputter 354
  • G.B. Bai
Update on Aladdin electron, injection, synchrotron, undulator 391
  • E. M. Rowe
Future Development for Synchrotron Radiation Sources at Stanford brightness, emittance, photon, wiggler 395
  • H. Wiedemann
Synchrotron Radiation Sources in the Soviet Union electron, field, insertion, microtron 405
  • S.P. Kapitza
The LBL 1-2 GeV Synchrotron Radiation Source injection, insertion, photon, synchrotron 409
  • M. Cornacchia
Design Study for the Trieste Synchrotron Light Source emittance, injection, lattice, synchrotron 414
  • S. Tazzari
Overview of the European Synchrotron Light Source emittance, insertion, lattice, synchrotron 417
  • J.L. Laclare
Concept for a High-Power, Tunable Source of Short-Wavelength Radiation electron, field, spectrum, synchrotron 431
  • F.S. Felber, M.M. Malley, S.K. Wong
Electron Storage Ring for X-Ray Lithography electron, injection, synchrotron, x-ray 440
  • F.C. Younger, A. Jackson, K.D, Jenkins, P.F. Meads, L.S.B. Ng
Operation of PEP in a Low Emittance Mode emittance, ion, optics, photon 461
  • G. Brown, M. Berndt, R. Brown, J. Cerino, J. Christensen, M. Donald, B. Graham, R. Gray, E. Guerra, C. Harris, A. Hofmann, C. Hollosi, T. Jones, J. Jowett, R. Liu, P. Morton, J.M. Paterson, R. Pennacchi, L. Rivkin, T. Taylor, T. Troxel, F. Turner, J. Turner, P. Wang, H. Wiedemann, H. Winick
Spectral Character of Optimized Undulator Insertion Devices for the Synchrotron X-Ray Source at Argonne brilliance, field, photon, undulator 473
  • S.H. Kim, G.K. Shenoy, P.J. Viccaro
The Magnet Lattice of the LBL 1-2 GeV Synchrotron Radiation Source emittance, lattice, synchrotron, tune 476
  • A. Jackson
Allowable Field Errors in Undulators Used as Synchrotron Radiation Sources betatron, electron, field, undulator 479
  • J.M. Slater
EUTERPE, A Ring Facility for the Eindhoven Cyclotron Laboratory cyclotron, electron, lattice, synchrotron 488
  • J.I.M. Botman, H.L. Hagedoorn
An Automatic Beam Steering System for the NSLS X-17T Beam Line Using Closed Orbit Feedback feedback, photon, undulator, x-ray 512
  • R.J. Nawrocky, M. Li, O.V. Singh, L.H. Yu
An Interference Wiggler for Precise Diagnostics of Electron Beam Energy electron, field, spectrum, wiggler 562
  • K.-J. Kim
Beam Instrumentation in the LEP Pre-Injector electron, injection, instrumentation, vacuum 570
  • S. Battisti, J.F. Bottollier, B. Frammery, B. Szeless, M. Van Rooy
Charged Particle Beam Divergence Measurements Using Transition Radiation linac, photon, polarization, scattering 573
  • S.G. Iversen, S.E. Caldwell, R.B. Fiorito, J.S. Ladish, D.W. Rule
Construction of a Synchrotron Radiation (SR) Position Monitor by Means of X-Ray Photoemission spectrum, synchrotron, vacuum, x-ray 576
  • T. Mitsuhashi, K. Haga, T. Katsura
Threshold Cerenkov Radiation and Beam Diagnostics diagnostics, electron, transition radiation, vacuum 655
  • J.R. Neighbours, F.R. Buskirk, X.K. Maruyama
An External Monitor of Beam Loss in an H- Cyclotron cyclotron, ion, shielding, vacuum 670
  • T.C. Ries, R.E. Laxdal, G.H. Mackenzie, W.R. Rawnsley
Beam Monitors and Transverse Feedback Systems of TRISTAN Main Ring accumulation, electron, feedback, synchrotron 729
  • T. Ieiri, H. Ishii, J. Kishiro, Y. Mizumachi, K. Mori, K. Nakajima, A. Ogata, T. Shintake, M. Tejima
High Rate Luminosity Monitors for CESR background, electron, luminosity, vacuum 754
  • G.J. Bobbink, I.C. Brock, D.A. Dean, S.W. Herb, R.W. Kraemer, R.B. Sutton
Real Time Bunch Shape Measurements in the Osaka Single Bunch Electron Linac accelerator, electron, spectrum, streak camera 772
  • S. Takeda, T. Hori, N. Kimura, J. Ohkuma, T. Okada, T. Sawai, K. Tsumori, T. Yamamoto
The LEP Beam Orbit Measurement System coupling, dielectric, field, vacuum 778
  • J. Borer, C. Bovet, D. Cocq, H. Kropf, A. Manarin, C. Paillard, M. Rabany, G. Vismara
A Design of 3 GeV CW Electron Accelerator Facility electron, extraction, injection, septum 883
  • V.F. Boldyshev, V.F. Chechetenko, A.N. Dovbnya, S.V. Efimov, E.V. Eremenko, B.D. Ershov, P.N. Gladkikh, V. Yu. Gonchar, Yu. N. Grigor'ev, I.S. Guk, G.I. Gusev, O.A. Gusev, I.M. Karnaukhov, V.M. Kofman, S.G. Kononenko, E.G. Kuz'min, V.P. Likhachev, N.I. Mocheshnikov, B.G. Mud'yugin, M.G. Nagaenko, N.N. Naugol'nyj, A.V. Popov, L.V. Reprintsev, B.V. Rozhdestvenskij, A.A. Shcherbakov, V.A. Shendrik, N.F. Shilkin, I.A. Shukejlo, A.S. Tarasenko, Yu. N. Telegin, V.A. Titov, A.E. Tolstoj, V.A. Vishnyakov, A.Yu. Zelinskij
Overview of High Intensity X-Ray and Gamma-Ray Sources accelerator, electron, impedance, x-ray 892
  • K.R. Prestwich, F.J. Agee, G.B. Frazier, J.R. Lee, A.R. Miller, J.J. Ramirez, T.W.L. Sanford
Dose-Voltage Dependence for HELIA/HERMES III Bremsstrahlung Diodes electron, field, ion, simulation 931
  • T.W.L. Sanford, J.A. Halbleib, C.E. Heath, R. Mock, J.W. Poukey
ZAP and Its Application to the Optimization of Synchrotron Light Source Parameters emittance, injection, scattering, synchrotron 991
  • M.S. Zisman
Thermodynamic Mechanism for Bunch Lengthening equilibrium, field, synchrotron, thermal 1155
  • R.E. Meller
The Hawking-Unruh Temperature and Quantum Fluctuations in Particle Accelerators acceleration, electron, field, ion 1196
  • K.T. McDonald
Beam-Beam Simulation for Colliding Bunchlets in CLIC emittance, luminosity, quadrupole, simulation 1231
  • S. Myers
Effects of Highly Charged, Solid Microparticles Captured in Negatively Charged Circulating Beams electron, emittance, field, scattering 1246
  • F. Pedersen
Electron Beam Collimation at LEP Energies acceptance, background, collimation, electron 1252
  • G. von Holtey
Linear and Nonlinear Orbit Calculations in Non-isomagnetic Fields damping, field, lattice, tune 1269
  • W.D. Klotz, R. Maier
The Superconducting Super Collider Magnet System collider, field, focusing, injection 1375
  • V. Karpenko
A Raster Scanning Power Supply System fo Controlling Relativistic Heavy Ion Beams at the Bevalac Biomedical Facility accelerator, field, ion, target 1410
  • R. Stover, R. Dwinell, J. Halliwell, I. Lutz, M. Nyman
Development of the SSC Trim Coil Beam Tube Assembly accelerator, field, sextupole, vacuum 1437
  • J. Skaritka, D. Bintinger, R. Coluccio, E. Kelly, L. Schieber, W. Schneider, R. Shutt, P. Thompson, P. Wanderer, E. Willen
The 1.2 GeV High Brightness Photon Source at the Stanford Photon Research Laboratory brightness, field, synchrotron, vacuum 1496
  • L. Emery, C. Chaves, C. Cork, N. Hower, T. Martin, R. Melen, F.T. Ning, W. Ortiz, G. Swift, J. Voss, W. Wadensweiler, P. Wang, H. Wiedemann
The Beam Line X NdFe-Steel Hybrid Wiggler for SSRL field, insertion, vacuum, wiggler 1508
  • E. Hoyer, K. Halbach, D. Humphries, V.P. Karpenko, S. Kulkarni, S. Marks, D. Plate, D. Shuman, K.G. Tirsell
Experimental Measurements of Radiation Damage to Power Diodes at Cryogenic Temperature accelerator, irradiation, neutron, quench 1537
  • J. Zeigler, R. Carcagno, M. Weichold
Aluminum Allloy DC Separators Using Heat Pipes for a e+e- Collider, TRISTAN field, thermal, vacuum, x-ray 1552
  • T. Momose, H. Ishimaru, K. Mori, T. Shintake, T. Suetsugu
Design and Construction of LEP Collimators background, electron, synchrotron, vacuum 1564
  • F. Bertinelli, R. Jung
Radiation Safety Systems at the NSLS ion, maintenance, synchrotron, x-ray 1605
  • T. Dickinson
Shielding Design for the Proposed Advanced Photon Source at Argonne electron, injection, positron, shielding 1608
  • H.J. Moe, V.R. Veluri
Status of the Vacuum System of the Photon Factory electron, factory, photon, vacuum 1614
  • M. Kobayashi, H. Kitamura, Y. Takiyami
Studies of Induced Radioactivity at the AGS extraction, injection, proton, radioactivity 1617
  • K.A. Brown, M. Tanaka
Degassing of the AGS Extraction Magnets with UV Light extraction, ion, kicker, vacuum 1639
  • H.C. Hseuh, C. Trabocchi, J.E. Tuozzolo
Design Aspects of LEP Experimental Vacuum Chambers accelerator, ion, sputter, vacuum 1642
  • O. Gröbner, C. Hauviller
Vacuum System for the Synchrotron X-Ray Source at Argonne ion, photon, synchrotron, vacuum 1669
  • R. Wehrle, S. Kim, J. Moenich, R. Nielsen
Micropole Undulators in Accelerator and Storage Ring Technology insertion, linac, synchrotron, undulator 1681
  • R. Tatchyn, P. Csonka, A. Toor
High-Powered, Solid-State RF Systems accelerator, cw, electron, thermal 1701
  • D. W. Reid
Superconducting Cavities for HERA damping, field, quench, vacuum 1716
  • B. Dwersteg, W. Ebeling, K. Jordan, W.-D. Möller, D. Proch, D. Renken, J. Sekutowicz, J. Susta, D. Tong, H.P. Vogel
Overview of Recent Focussing Horns for BNL Neutrino Program neutrino, proton, target, thermal 1731
  • A. Carroll, W. Leonhardt, R. Monaghan, C. Pearson, A. Pendzick, G. Ryan, J. Sandberg, W. Sims, G. Smith, P. Stillman, J. Walker
Assembly Techniques Used in Construction of Neutrino Horns at BNL focusing, neutrino, target, thermal 1734
  • W.P Sims, A. Carroll, W. Leonhardt, R. Monaghan, C. Pearson, A. Pendzick, G. Ryan, J. Sandberg, G. Smith, P. Stillman, J. Walker
Mechanical Support and Transport System Used for the Neutrino Horn at Brookhaven National Laboratory instrumentation, shielding, survey, target 1737
  • J.C. Walker, A.S. Carroll, W. Leonhardt, R. Monaghan, C. Pearson, A. Pendzick, G. Ryan, J. Sandberg, W.P Sims, G.A. Smith, P. Stillman
Thermal Management of Magnetic Focussing Horns Used in the Narrow and Broad Band Neutrino Beams at the AGS instrumentation, ion, neutrino, target 1740
  • W. Leonhardt, A. Carroll, R. Monaghan, C. Pearson, A. Pendzick, G. Ryan, J. Sandberg, W. Sims, G. Smith, P. Stillman, J. Walker
Improvement of the Extraction Channels of the CERN-SPS Accelerator accelerator, cathode, extraction, septum 1836
  • R.L. Keizer, K.H. Kissler, R. Oberli
Operation of Cusptron Oscillator for Sixth Harmonic Frequency Generation with Six-Vane Circuit cyclotron, electron, field, spectrum 1860
  • W. Namkung, V. Ayers, J.Y. Choe, H.S. Uhm
Planar Slotline Pick-Ups and Kickers for Stochastic Cooling coupling, impedance, kicker, pick-up 1866
  • F. Caspers
Electrostatic Septum in a High Intensity Electron Accelerator accelerator, electron, equilibrium, septum 1890
  • F. Koechlin
Transverse Impedances of Cavities and Collimators accelerator, field, impedance, wakefield 1916
  • S.A. Kheifets, H. Bìzek, K.L.F. Bane
Food Processing with Linear Accelerations accelerator, acceptance, electron, irradiation 1979
  • M.E. Wilmer