| Paper | Title | Other Keywords | Page | 
    
        | MO3-11 | Studying the End Regions of RFQs Using the MAFIA Codes | rfq, radio-frequency, quadrupole, radio-frequency-quadrupole | 64 | 
    
        |  | 
                M. Browman, T. Barts, G. SpalekLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | TU1-01 | High-Order Beam Optics (An Overview) | optics, beam-transport, LANL, space-charge | 205 | 
    
        |  | 
                E. HeighwayLANL, Los Alamos, New Mexico, USA
 |  | 
    
        | WE1-02 | The Use of Electromagnetic Particle-in-Cell Codes in Accelerator Applications | simulation, cavity, electron, klystron | 267 | 
    
        |  | 
                K. EppleySLAC, Menlo Park, California, USA
 |  | 
    
        | WE3-09 | Conceptual Design of a Bright Electron Injector Based on a  Laser-Driven Photocathode RF Electron Gun | laser, electron, gun, emittance | 325 | 
    
        |  | 
                S. Chattopadhyay, D. Hopkins, K.-J. Kim, R. Miller, A. Sessler, T. YoungLBL, Berkeley, California, USA
Y.-J. ChenLLNL, Livermore, California, USA
A. KungUniversity of California, Berkeley, California, USA
R. MillerSLAC, Menlo Park, California, USA
 |  | 
    
        | WE3-52 | Calculation of Aberration Coefficients up to Sixth Order of Multipole Focusing Elements | focusing, multipole, beam-transport, BNL | 442 | 
    
        |  | 
                N. TsoupasBNL, Upton, New York, USA
H. EngeMIT, Cambridge, Massachusetts, USA
E. ForestLBL, Berkeley, California, USA
 |  | 
    
        | WE4-05 | Model-Based Expert Systems for Linac Computer Controls | controls, simulation, linac, quadrupole | 470 | 
    
        |  | 
                M. LeeSLAC, Menlo Park, California, USA
 |  | 
    
        | TH1-01 | Damped Acceleration Cavities | damping, cavity, wakefield, collider | 477 | 
    
        |  | 
                R. PalmerBNL, Upton, New York, USA
 |  | 
    
        | TH3-04 | A Phase Measurement System for RF Pulses | linac, DESY, cavity, rfq | 535 | 
    
        |  | 
                J. PetersDESY, Hamburg, Germany
 |  | 
    
        | TH3-05 | Self-Acceleration of Relativistic Modulated Beams | acceleration, electron, linac, cavity | 538 | 
    
        |  | 
                N. AjzatskijKharkov Institute of Physics and Technology, Kharkov, USSR
 |  | 
    
        | TH3-22 | The Roles of Frequency and Aperture in Linac Accelerator Design | impedance, cavity, linac, wakefield | 583 | 
    
        |  | 
                Z. FarkasSLAC, Menlo Park, California, USA
 |  | 
    
        | TH3-25 | Transient Analysis of Multicavity Klystrons | cavity, klystron, space-charge, impedance | 589 | 
    
        |  | 
                T. Lavine, R. Miller, P. Morton, R. RuthSLAC, Menlo Park, California, USA
 |  | 
    
        | TH3-38 | The Use of a Single Source to Drive a Binary Peak Power Multiplier | ion, collider, linear-collider, plasma | 623 | 
    
        |  | 
                P. LathamUniversity of Maryland, College Park, Maryland, USA
 |  | 
    
        | TH3-45 | Short RF Pulse Propagation in a Traveling Wave Structure | electron, acceleration, CERN, beam-loading | 640 | 
    
        |  | 
                L. Ferrucci, C. Pagani, L. SerafiniINFN-Milano, Milano, Italy
 |  | 
    
        | FR2-03 | SLAC R&D toward a TeV Linear Collider | damping, collider, linac, emittance | 700 | 
    
        |  | 
                P. WilsonSLAC, Menlo Park, California, USA
 |  |