| Paper | Title | Other Keywords | Page | 
    
        | MO3-27 | Low Beta Linacs and Alternating Phase Focusing | linac, space-charge, drift-tube-linac, rfq | 112 | 
    
        |  | 
                R. Gluckstern, D. VassiliadisUniversity of Maryland, College Park, Maryland, USA
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        | MO3-38 | Synchronous Phase and Energy Measurement System for a 6.7 MeV H¯ Beam | impedance, SPS, pick-up, linac | 134 | 
    
        |  | 
                J. Gilpatrick, R. Meyer, J. Power, R. Shafer, F. WellsLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | MO3-47 | Pulsed H¯ Beams from Penning SPS Sources Equipped with Circular Emitters | emittance, extraction, ion, SPS | 164 | 
    
        |  | 
                H.V. Smith, Jr., P. Allison, J. ShermanLANL, Los Alamos, New Mexico, USA
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        | MO3-48 | Longitudinal Beam Dynamics of a 5 MeV DTL - A Comparison of Theory and Experiment | DTL, rfq, injection, cavity | 167 | 
    
        |  | 
                C. Fortgang, G. Bolme, W. Cottingame, K. Johnson, D. Rusthoi, O. Sander, G. WorthLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | MO3-50 | RF-Tuning of the HERA Linac 3 Alvarez Structures | DTL, linac, coupling, cavity | 170 | 
    
        |  | 
                J. PetersDESY, Hamburg, Germany
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        | WE1-02 | The Use of Electromagnetic Particle-in-Cell Codes in Accelerator Applications | cavity, electron, klystron, SLAC | 267 | 
    
        |  | 
                K. EppleySLAC, Menlo Park, California, USA
 |  | 
    
        | WE3-05 | Transverse Effects of a Waveguide Coupling Slot | cavity, coupling, dipole, laser | 315 | 
    
        |  | 
                R. Cooper, K. Chan, L. Thode, T. WangLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | WE3-08 | RF and Space-Charge Induced Emittances in Laser-Driven RF Guns | emittance, electron, space-charge, cavity | 322 | 
    
        |  | 
                K.-J. KimLBL, Berkeley, California, USA
Y.-J. ChenLLNL, Livermore, California, USA
 |  | 
    
        | WE3-13 | Error Studies Using PARTRACE, a New Program that Combines PARMILA and TRACE 3-D | emittance, linac, quadrupole, DTL | 335 | 
    
        |  | 
                K. CrandallAccSys Technology, Inc., Pleasanton, California, USA
 |  | 
    
        | WE3-19 | Electrons RF Auto-Focusing and Capture in Bunchers | electron, gun, focusing, controls | 353 | 
    
        |  | 
                D. Tronc, A. SettyGeneral Electric CGR MeV, Buc, France
 |  | 
    
        | WE3-22 | Beam Breakup with Coupling between Cavities | cavity, coupling, linac, LANL | 362 | 
    
        |  | 
                R. Gluckstern, F. NeriUniversity of Maryland, College Park, Maryland, USA
R. CooperLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | WE3-44 | Accelerator Beam Profile Measurements at the Bates Linac | linac, optics, controls, emittance | 424 | 
    
        |  | 
                K. Jacobs, J. Flanz, R. Biron, E. Ihloff, J. Kelsey, Z. Radouch, T. Russ, A. SaabMIT-Bates, Cambridge, Massachusetts, USA
 |  | 
    
        | WE3-47 | Simulation of Emittance Growth in the ALS Pre-Injector | linac, emittance, gun, booster | 427 | 
    
        |  | 
                C. KimLBL, Berkeley, California, USA
 |  | 
    
        | WE4-05 | Model-Based Expert Systems for Linac Computer Controls | controls, linac, SLAC, quadrupole | 470 | 
    
        |  | 
                M. LeeSLAC, Menlo Park, California, USA
 |  | 
    
        | TH1-04 | Beam Phenomena at the Interaction Point | luminosity, electron, collider, linear-collider | 494 | 
    
        |  | 
                K. YokoyaKEK, Ibaraki, Japan
 |  | 
    
        | TH3-02 | An RF-Driven Lasertron | cavity, laser, coupling, cathode | 528 | 
    
        |  | 
                P. Tallerico, R. Sheffield, W. Cornelius, E. Gray, M.T. Wilson, D. Nguyen, K. Meier, R. StockleyLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | TH3-03 | Magnetization Current Models for Ferrite Loaded LIA Cavities | impedance, induction, cavity, laser | 531 | 
    
        |  | 
                L. SchlittL. Schlitt Consulting Services, Livermore, California, USA
R. GenuarioPhysics International Company, San Leandro, California, USA
 |  | 
    
        | TH3-31 | Self-Modulation of an Intense Electron Beam in an Injector of a Linac with a Feedback | feedback, acceleration, linac, electron | 603 | 
    
        |  | 
                N. AjzatskijKharkov Institute of Physics and Technology, Kharkov, USSR
 |  | 
    
        | TH3-41 | RADLAC-II Upgrade Experiments | cathode, pulsed-power, electron, vacuum | 628 | 
    
        |  | 
                S. Shope, C. Frost, D. Hasti, G. Leifeste, M. Mazarakis, J. Poukey, D. SmithSandia National Laboratories, Albuquerque, New Mexico, USA
 |  | 
    
        | TH3-42 | The New Injector Design for the Upgraded RADLAC-II Linac Accelerator | cathode, electron, cavity, alignment | 631 | 
    
        |  | 
                M. Mazarakis, J. Poukey, S. Shope, D. Hasti, C. Frost, G. Leifeste, D. SmithSandia National Laboratories, Albuquerque, New Mexico, USA
 |  | 
    
        | TH3-56 | New Features of the   ∆T-Procedure for an Intensive Ion Linac | cavity, linac, ion, factory | 666 | 
    
        |  | 
                G. Dubinsky, A. Reshetov, Yu. Senichev, E. ShaposhnikovaINR, Moscow, USSR
 |  |