Program overview

FRIDAY MORNING, 16 MAY 1997

09:00 9B.01 Review of Compact Commercial Accelerator Products and Applications.

Y. Jongen (Ion Beam Applications S.A. (IBA))

09:25 9B.02 A High Current Tandem Accelerator for Gamma-Resonance Contraband Detection

Bruce Milton (TRIUMF)

09:50 9B.03 The Accelerator Production of Tritium (APT) Project*

Paul W. Lisowski (Los Alamos National Laboratory)

10:15 9B.04 Commissioning of the 1 MW Spallation Neutron Source SINQ

G.S. Bauer (for the SINQ Operations Team), W.E. Fischer (Department for Solid State Research at Large Facilities), U. Schryber (for the PSI Accelertor Division), E. Steiner (for the SINQ Project Team)

10:27 9B.05 Synchrotrons and Beamlines for Proton Radiography

Filippo Neri, H. A. Thiessen, Peter Walstrom (Los Alamos National Laboratory)

11:05 9B.06 Clinical Requirements and Accelerator Concepts for BNCT

Bernhard A. Ludewigt (Lawrence Berkeley National Laboratory, Berkeley, CA 94720)

11:30 9B.07 Market Driven Design of Accelerator Systems for Sterilization of Medical Products.

K. Whitham (Titan Beta)

11:55 9B.08 The GSI Cancer Therapy Project.

H. Eickhoff, TH. Haberer, G. Kraft, U. Krause, K. Poppensieker, M. Richter, R. Steiner (GSI)

12:07 9B.09 A 3He^++ RFQ Accelerator for the Production of PET Isotopes

Ralph Pasquinelli (Fermilab), FERMILAB Collaborations

12:19 9B.10 A New Intense Neutron Tool for Radiography and Detection of Water and Ground Contaminants

C.M. Celata, M. Amman, R. Donahue, K. Leung, P.N. Luke, L.T. Perkins, Peter T. Zawislanski (E.O. Lawrence Berkeley National Laboratory), E. Greenspan, D. Hua, Y. Kami (University of California at Berkeley)

12:31 9B.11 Electron Linacs Based Radiation Facilities of Ukrainian National Science Center "KIPT"

A.N. Dovbnya, N.I. Aizatsky, Ye.Z. Biller, V.N. Boriskin, V.A. Kushnir, V.V. Mitrochenko, V.A. Popenko, Yu.D. Tur, V.L. Uvarov, E.S. Zlunitsyn, A.I. Zykov (NSC KIPT, Kharkov, Ukraine)

09:00 9C.01 Performance of the LEP2 SRF System

D. Boussard (CERN)

09:25 9C.02 Overview of Advances in the Basic Understanding of Dark Current and Breakdown in RF Cavities

H. Padamsee (Cornell University)

09:50 9C.03 Design of 250-MW cw rf system for APT

Daniel Rees (Los Alamos National Laboratory)

10:15 9C.04 Development of X-Band Klystron Technology at SLAC

George Caryotakis (Stanford Linear Accelerator Center)

11:06 9C.05 A New Generation of Gridded Tubes for Higher Power and Higher Frequencies.

G. Clerc, Ch. Robert, J.-P. Ichac (Thomson Tubes Electroniques)

11:18 9C.06 Development of high-power ARES cavities

T. Kageyama, K. Akai, N. Akasaka, E. Ezura, H. Mizuno, F. Naito, H. Nakanishi, H. Sakai, Y. Takeuchi, Y. Yamazaki (KEK), T. Kobayashi (Institute of Applied Physics, Tsukuba University)

11:30 9C.07 Progress in High Power Microwave Ferrite Circulators for Particle Accelerator Applications

E. Pivit, W. Arnold (Advanced Ferrite Technology)

11:42 9C.08 Design of Three Re-Circulating Superconducting RF Accelerating Systems for a 4-TeV Muon Collider

Q-S. Shu (TJNAF), D. Neuffer (FNAL), S. Simrock (DESY)

11:54 9C.09 Status and Developments of Superconducting Cavity for KEKB

Shinji Mitsunobu, K. Asano, T. Furuya, Y. Ishi, Y. Kijima, K. Sennyu, T. Tajima, T. Takahashi (KEK), S. Zhao (IHEP)

12:06 9C.10 Design and Construction of a 500 kW CW, 400 MHz Klystron to be used as RF Power Source for LHC/RF Component Tests

H. Frischholz (CERN), W.R. Fowkes, C. Pearson (SLAC)

12:18 9C.11 Superconducting Cavities for the APT Accelerator

Frank L. Krawczyk, Robert C. Gentzlinger, Debbie I. Montoya, Brian Rusnak, Alan H. Shapiro (LANL)

12:30 9C.12 Test results on the 9-cell 1.3 GHz superconducting RF cavities for the TESLA Test Facility Linac

M. Pekeler (DESY, Notkestr. 85, 22603 Hamburg, Germany)

9P.01 The IPNS Accelerator 50 MeV and 500 MeV Transfer Lines

J. C. Dooling (Argonne National Laboratory), G. E. McMichael, F. R. Brumwell (Argonne National Laboratory)

9P.02 H^- Charge Exchange Injection into the NSNS Accumulator,

L.N. Blumberg, Y.Y. Lee (Brookhaven National Laboratory.)

9P.03 The NSNS High Energy Beam Transport Line

D. Raparia, J. Alessi, Y. Y. Lee, A. G. Ruggiero, W. T. Weng (Brookhaven National Laboratory)

9P.04 First Observation of the Deflection of a 33 TeV Pb Ion Beam in a Bent Silicon Crystal

K. Elsener, C. Biino, M. Clement, N. Doble, L. Gatignon, P. Grafstrom, U. Mikkelsen (CERN), A. Taratin (JINR, Dubna), S.P. MØller, E. UggerhØj (ISA, Aarhus University)

9P.05 Energy Dependence of Crystal Assisted Extraction at the CERN SPS

W. Herr, K. Elsener, G. Fidecaro, M. Gyr, J. Klem, E. Weisse (CERN)

9P.06 Extraction of 22 TeV/c Lead Ions from the CERN SPS using a Bent Silicon Crystal

W. Herr, K. Elsener, G. Fidecaro, M. Gyr, J. Klem, E. Weisse (CERN)

9P.07 Gabor Plasma Lens focossing for LEBT systems

J. Pozimski, R. Dölling, P. Gross, H. Klein (IAP-Frankfurt)

9P.08 An Idea for Selection of Short-Lived Particles by a Focusing Crystal.

V. Biryukov (IHEP Protvino Russia)

9P.09 An Idea for Studying a Multipass Crystal Extraction by the Energy Loss Detector.

V. Biryukov (IHEP Protvino Russia)

9P.10 Expected Characteristics of the Nuclotron Beams for Experimental Setups

I.B. Issinsky, O.S. Kozlov, V.A. Mikhailov, P.A. Rukoyatkin, B.V. Vasilishin (Joint Institute for Nuclear Research, Dubna, Russia)

9P.11 Beam Injection into the Nuclotron

V.A. Mikhailov, V.N. Buldakovsky, V.I. Chernikov, I.B. Issinsky, A.D. Kovalenko, V.A. Monchinsky, S.A. Novikov, M.A. Voevodin, V.I. Volkov (Joint Institute for Nuclear Research, Dubna, Russia)

9P.12 Carbon Stripper Foils Used in the Los Alamos PSR

M. Borden, M.A. Plum (Los Alamos National Laboratory), I. Sugai (INS University of Tokyo)

9P.13 LANSCE Short-Pulse Spallation Source Target Upgrade

J.B. Donahue, G.D. Baker, N.K. Bultman, T.O. Brun, P.D. Ferguson, R.J. Macek, M.M. Njegomir, M.A. Plum, J.E. Roberts, G.J. Russel, W.F. Sommer (Los Alamos National Laboratory)

9P.14 Overview of the Bump-Magnet System at the Los Alamos Proton Storage Ring

C. R. Rose, D. B. Barlow, B. Blind, F. Neri, J. F. Power, P. L. Walstrom (LANL)

9P.15 Design and Simulation Studies of a One-tenth Scale Final Focus System for Heavy Ion Fussion

X. Wu, R. C. York (NSCL, Michigan State University, East Lansing, MI 48824), R. Bangerter, A. Faltens, W. Fawley, D. Judd, E. Lee (LBNL, University of California, Berkeley, CA 94720)

9P.16 Tracking Studies and Performance Simulations of the NSCL A1900 Fragment Separator

X. Wu, D. J. Morrissey, B. M. Sherrill, R. C. York, A. F. Zeller (National Superconducting Cyclotron Laboratory, Michigan State University, East Lansing, MI 48824)

9P.17 Measurements on Injection Property in HIMAC Synchrotron

K. Noda, M. Kanazawa, E. Takada, N. Araki, S. Sato, S. Yamada (National Institute of Radiological Sciences), A. Itano (Hyogo Prefectural Government), T. Nomura, T. Kohno (Tokyo Institute of Technology)

9P.18 Predicted Foil Temperatures in the Brookhaven NSNS Accumulator Ring

J.P. Duke (Rutherford Appleton Laboratory,CLRC,UK)

9P.19 An Electromagnetic Micro-Undulator with Millimeter-Size Period

A. Nassiri, L.R. Turner (Argonne National Laboratory)

9P.20 A Superconducting Wiggler Magnet for the NSLS X-Ray Ring.

E.B. Blum, D.R. Lynch, P. Mortazavi, O.V. Singh, W. Thomlinson, M.H. Woodle (Brookhaven National Laboratory), A.J. Broadbent, M.C. Coates, S.R. Milward, E.J.F. Moor, K.D. Smith (Oxford Instruments Accelerator Technology Group)

9P.21 Magnetic Measurements on an In-Vacuum Undulator for the NSLS X-Ray Ring

G. Rakowsky, J.J. Aspenleiter, W.S. Graves, L. Solomon, P.M. Stefan (NSLS, Brookhaven National Laboratory)

9P.22 Siberian Snakes for Electron Storage Rings

Yuri Shatunov, Vadim Ptitsin (BINP, Novosibirsk, Russia)

9P.23 The Magnetic Design of a High Field Permanent Magnet Multipole Wiggler for the SRS.

Jim Clarke (CLRC Daresbury Laboratory, UK.)

9P.24 Resorting the NIST Undulator using Simulated Annealing for Field Error Reduction

G. Denbeaux, L.E. Johnson, J.M.J. Madey, K.D. Straub (Duke University)

9P.25 NIST Undulator Magnetic Field Characterization

L.E. Johnson, G. Denbeaux, J.M.J. Madey, K.D. Straub (Duke University)

9P.26 Recent developments of Insertion Devices at ESRF

Joel Chavanne, Pascal Elleaume, Pierre VanVaerenbergh (ESRF)

9P.27 Computing 3D Magnetic Fields from Insertion Devices

Pascal Elleaume, Oleg Chubar, Joel Chavanne (ESRF)

9P.28 Development of an In-Vacuum Minipole Undulator

Toshi Tanabe, H. Kitamura (JAERI-RIKEN SPring-8 Project Team), P. Stefan (NSLS-BNL)

9P.29 Spontaneous Emission Properties of a Novel Short-Period Twisted Undulator

A.V. Smirnov, A.S. Khlebnikov (RRC 'Kurchatov Institute')

9P.30 Design of an Elliptical Undulator and X-ray Beam Line at DSR of RIKEN RI Beam Factory Project

Masanori Wakasugi (RIKEN), Takeshi Katayama (INS, University of Tokyo)

9P.31 Operation of Insertion Devices in ELETTRA and Plans for Future Devices

R.P. Walker, B. Diviacco, D. Zangrando (Sincrotrone Trieste)

9P.32 Design of an Electromagnetic Elliptical Wiggler for ELETTRA

R.P. Walker, D. Bulfone, B. Diviacco, P. Michelini, L. Tosi, R. Visintini (Sincrotrone Trieste), G. Ingold, F. Schaefers, M. Scheer, G. Wuestefeld (BESSY), M. Eriksson, S. Werin (MAX-lab)

9P.33 Linear Beam Dynamics Effects of Three Dimensional Static Magnetic Fields of Insertion Devices at SRRC

Peace Chang, C.C. Kuo, Chaoen Wang, M.H. Wang (Synchrotron Radiation Research Center, Hsinchu 300, Taiwan, R.O.C.), C.S. Hsue (Department of Physics, National Tsing Hua University, Hsinchu 300, Taiwan, R.O.C.)

9P.34 Magnet Sorting Algorithms for a Prototype of EPU for SRRC

Tai ching Fan (Synchrotron Radiation Research Center), Ching Shiang Hwang, Cheng Hsiang Chang

9P.35 Insertion Devices Control Development at SRRC

K.T. Pan, Jenny Chen, J.S. Chen, C.J. Wang, C.S. Chen, K.H. Hu, Chaoen Wang, C.H. Chang, C.S. Hwang, T.C. Fan, K.T. Hsu (SRRC,TAIWAN)

9P.36 Design and Construction of a 1-MW, 352-MHz RF Test Load

D. Horan, Y. Kang, R. Kustom (Argonne National Laboratory)

9P.37 Design and Construction of the Advanced Photon Source 352-MHz RF System Switching Control

D. Horan, L. Solita, D. Reigle (Argonne National Laboratory)

9P.38 Supports and Installation System of the RHIC Superconducting Magnets

Rudy Alforque (Brookhaven National Laboratory), Tom Muller, Steve Kane, Frank Karl, Gary McIntyre, Ray Savino, Jack Sondericker (Brookhaven National Laboratory)

9P.39 Proposed Systems Layout of the Low-\beta Insertions for the LHC Experiments

R. Ostojic, S. Weisz (CERN)

9P.40 Higher Order Modes Power Loss in the Vertical Separators at CESR

Shlomo Greenwald (Cornell University)

9P.41 Photocurrents in Electrostatic Separators at CESR

Shlomo Greenwald (Cornell University)

9P.42 REC Quadrupole's Beam Pipe Temperature Control at CESR

Zipi Greenwald, Shlomo Greenwald, David Rice (Cornell University)

9P.43 Improved Measurement of Electric Field Uniformity in Horizontal Electrostatic Separators

Alexander B. Temnykh, James J. Welch (Cornell University)

9P.44 Commissioning and Performance of Low Impedance Electrostatic Separators for High Luminosity at CESR

James J. Welch, Weiran Lou, Gerald W. Codner (Cornell University)

9P.45 Industrial controls for DESY utilities using PLCs and EPICS

Peter Jensen, Olaf Krebs, Matthias Clausen (DESY, Hamburg)

9P.46 Transverse and Longitudinal Impedance Measurements for the RKTBA Induction Accelerating Gap

S. Eylon, E. Henestroza, J.-S. Kim (FAR), T. Houck, G. Westenskow (LLNL), S. Yu (LBNL)

9P.47 Stack Insulator Induction Gaps

J.-S. Kim, S. Eylon, E. Henestroza (FAR), S. Yu (LBNL)

9P.48 Permanent Magnet Assembly Tooling for the 8 GeV Transfer Line and Recycler Ring at Fermilab

T.H. Nicol, A.B. Knauf (FNAL)

9P.49 A Distributed Monitoring and Control System

Jerzy Nogiec, Ed Desavouret, Darryl Orris, Jim Pachnik, Sergei Sharonov, Jim Sim (Fermi National Accelerator Laboratory)

9P.50 Pulsed Magnetic Field Measurement System

William Pellico, Patrick Colestock (FNAL)

9P.51 Resonant Ring For Testing of Accelerator RF Windows

E. Gerken (Los Alamos National Laboratory), J. M. Gahl (University of New Mexico), D. Rees, W. Roybal (Los Alamos National Laboratory)

9P.52 Beam Expansion with Specified Final Distributions

Andrew J. Jason, Barbara Blind (Los Alamos National Laboratory), Klaus Halbach (Lawrence Berkeley National Laboratory)

9P.53 Development of a Fast Traveling-Wave Beam Chopper for National Spallation Neutron Source.

Sergey S. Kurennoy, Andrew J. Jason, Frank L. Krawczyk (LANL)

9P.54 Design of Quasi-Travelling Wave Pinger Magnet for Beam Diagnostics on the Advanced Light Source

D.E. Anderson, G. Stover, W. Thur (Lawrence Berkeley National Laboratory)

9P.55 TiN Coating of Accelerator Beamline Chambers

K.N. Leung, R.A. Gough, A. Mashaw, Y. Lee, D. Wutte (Lawrence Berkeley National Laboratory)

9P.56 Breakdown Studies for Induction Accelerators Gaps under Burst Mode Operation

Glen Westenskow (Lawrence Livermore National Laboratory), David Anderson (Lawrence Berkeley National Laboratory)

9P.57 Ramping Efficiency Studies in the LNLS Synchrotron Light Source

R.H.A. Farias, L.C. Jahnel, Liu Lin, A.R.D. Rodrigues, P.F. Tavares, D. Wisnivesky (Laboratório Nacional de Luz Síncrotron LNLS, Campinas Brazil)

9P.58 Power Factor Correction at MIT-Bates Linear Accelerator Center with Pulsed Loads of up to 180\thinspace MW Peak (2.7\thinspace MW Average)

R. Averill, C. Sibley, K. Hatch (MIT-Bates Linear Accelerator Center), R. Gross (PLM, Inc.)

9P.59 Harmonic Resonance Analysis for PEP II Power Factor Control Upgrades

C. Corvin (SLAC)

9P.60 A Dynamic Local Bump System for Producing Synchrotron Radiation with an Alternate Elliptical Polarization

K. T. Hsu, K. K. Lin, C. H. Kuo, K. H. Hwu, C. S. Chen, J. S. Chen, J. Chen, C. T. Chen (SRRC)

9P.61 Statistical Analysis of Cavity RF Faults

J.F. Benesch (Thomas Jefferson National Accelerator Facility (Jefferson Lab))

9P.62 Comparison of Cavity Input Q Measurements via Power Balance

J.F. Benesch (Thomas Jefferson National Accelerator Facility (Jefferson Lab))

9P.63 Interactive Troubleshooting Guide for Accelerators

Robert Legg, Bruce Dunham, Scott Higgins, Reza Kazimi, David Kehne, Thomas Oren (Thomas Jefferson National Accelerator Facility)

9P.64 A Method of Producing Surface Conduction on Ceramic Accelerator Components Using Metal Ion Implantation

F. Liu, I. Brown (Lawrence Berkeley National Laboratory), L. Phillips, G. Biallas, T. Siggins (Thomas Jefferson National Accelerator Facility)

9P.65 Runtime Accelerator Configuration Tools at Jefferson Laboratory

M.G. Tiefenback, L. Doolittle, J. Benesch (Thomas Jefferson National Accelerator Facility)

9P.66 High Power Electron Beam Dumps at CEBAF

M. Wiseman, C.K. Sinclair, R. Whitney (Thomas Jefferson National Accelerator Facility), R. Vetterlein

9P.67 Non-intrusive Diagnosis of Individual Cell Frequencies in a Coupled Cavity Chain

Yi Ni (Department of Engineering Physics, Tsinghua University, Beijing 100084, China), D.Ch. Tong, B. Tian, Q.X. Jin, Y.Zh. Huang

9P.68 A New Measurement Method of the Delay Line Length in the X-band Delay Line Distribution System(DLDS)

F. Tamura (University of Tokyo), H. Mizuno (KEK)

9P.69 Performance of the Upgraded NSLS Beam Position Monitors

Roman Nawrocky, John Keane (NSLS)

9P.70

9P.71 A Compact Beam Position Monitor for the Fermilab Main Injector

James A. Fitzgerald (Fermilab)

9P.72 Upgrade of the BPM System for the BEPC Storage Ring

Li Ma, Ping Shi (Institute of High Energy Physics)

9P.73 Bunch Shape Monitors For The Desy H-Minus Linac

A.V. Feschenko, A.V. Liiou, A.N Mirzojan, A.A. Menshov, P.N. Ostroumov (Institute for Nuclear Research, Moscow 117312, Russia), N. Holtkamp, M. Nagl, I. Peperkorn (DESY, Notkestr.85, 22603 Hamburg)

9P.74 Design and Commissioning of Beam Position Monitors for the IUCF Cooler Injector Synchrotron

M.S. Ball, D Bilodeau, B.J Hamilton (Indiana University Cyclotron Facility, Bloomington, IN)

9P.75 Measurement of Injection Orbit using a Single Pass BPM System at the PF Ring

T. Honda, M. Katoh, A. Ueda, M. Tadano, Y. Kobayashi, T. Mitsuhashi (KEK,National Laboratory for High Energy Physics)

9P.76 Calibration for KEKB Beam Position Monitors

K. Satoh, M. Tejima (KEK)

9P.77 The LEDA Beam Position Measurement System

C. R. Rose, J. D. Gilpatrick, M. W. Stettler (LANL)

9P.78 Orbit Measurement and Correction in the LNLS Synchrotron Light Source

A.R. Rodrigues, R.H.A. Farias, L.C. Jahnel, Liu Lin, D. Macedo, P.F. Tavares (Laboratório Nacional de Luz Síncrotron LNLS, Campinas Brazil)

9P.79 Real Time Dispersion Measurements at the MIT-Bates Linac

K. Jacobs, S. Bradley, A. Carter, B. McAllister, C. Sibley, F. Wang (MIT-Bates Linear Accelerator Center)

9P.80 Beam Size Effects on Beam Position Measurements in Proton Synchrotron

T. Nakagawa, H. Harada (Mitsubishi Electric Corporation)

9P.81 Two Frequencies Cavities for Beam Position Monitor.

N.P. Sobenin, V.E. Kaljuzhny, D.V. Kostin, O.S. Milovanov, S.N. Ivanov (Moscow Engineering Physics Institute, Russia.), N. Holtkamp, M. Dohlus (Deutsches Elektronen Synchrotron)

9P.82 Beam-Based Offset Calibration of the PLS BPM,

J.Y. Huang, D.H. Jung, S.H. Nam, M. Yoon, I.S. Ko (Pohang Accelerator Laboratory, POSTECH, KOREA)

9P.83 Calibration of the Beam-Position Monitor System for the SLAC PEP-II B Factory.

R. Johnson, S. Smith, N. Kurita (SLAC, Stanford, CA), K. Kishiyama (LLNL, Livermore, CA), J. Hinkson (LBNL, Berkeley, CA.)

9P.84 A Two-Bunch Beam Position Monitor.

E. Medvedko, R. Aiello, S. Smith (Stanford Linear Accelerator Center)

9P.85 Effect of TE Mode Power on the PEP-II LER BPM System.

Cho-K. Ng, Stephen R. Smith (SLAC), John Corlett (LBL)

9P.86 Detection of Beam Induced Dipole-Mode Signals in the SLC S-Band Structures

M. Seidel, C. Adolphsen, R. Assmann, D.H. Whittum (Stanford Linear Accelerator Center, Stanford CA 94309, U.S.A.)

9P.87 Beam Position Monitor System for PEP-II

Stephen R. Smith, G. Roberto Aiello, Linda J. Hendrickson, Ronald G. Johnson, Mark R. Mills, Jeff J. Olsen (SLAC)

9P.88 Optical Measurement Resolution and BPM Errors

Yu-Chiu Chao (Thomas Jefferson National Accelerator Facility)

9P.89 1 nA Beam Position Monitoring System

R. Ursic, M. Piller (Thomas Jefferson National Accelerator Facility)

9P.90 First Operating Experiences of Beam Position Monitors in the TESLA Test Facility Linac

R. Lorenz (TU Berlin, Einsteinufer 17, 10587 Berlin, Germany), M. Sachwitz, H.J. Schreiber, F. Tonisch (DESY-IfH Zeuthen, Platanenalle 6, 15738 Zeuthen, Germany), M. Castellano, P. Patteri, F. Tazzioli (INFN-LNF, Via E. Fermi 40, I-00044 Frascati, Italy), L. Catani (INFN-ROMA2, Via Ricerca Scientifica 1, I-00133 Roma, Italy)

9P.91 Beam Position Monitors inside the FEL-Undulator at the TESLA Test Facility Linac

R. Lorenz, H. Henke (TU Berlin, Einsteinufer 17, 10587 Berlin, Germany), T. Kamps (DESY-IfH Zeuthen, Platanenallee 6, 15738 Zeuthen, Germany), U. Hahn, M. Wendt (DESY Hamburg, Notkestrasse 85, 22 Hamburg, Germany)

9P.92 The Closed Orbit Measurement System at the DELTA Synchrotron Radiation Facility and First Investigations Concerning the Installation of a Beam Based BPM Calibration System

A. Jankowiak, K. Wille (University of Dortmund, Germany, Institute for Accelerator Physics and Synchrotron Radiation)

9P.93 Development of a Resistive Beam Position/Current Monitor for the UMD Electron Ring

H. Suk, J. G. Wang, S. Bernal, M. Reiser (Institute for Plasma Research, University of Maryland,)

9P.94 Performance of the Single-pass Position Monitor at SOR-RING

Hirofumi Kudo, Kenji Shinoe, Hiroyuki Takaki, Tadashi Koseki, Norio Nakamura, Yukihide Kamiya (ISSP, the University of Tokyo), Tohru Honda (Photon Factory, National Laboratory for High Energy Physics)

9P.95 Tracking Routines for General Insertion Devices

M. Scheer, G. Wüstefeld (BESSY, Germany)

9P.96 Tracking Tunes with Wavelets

Arnold Stillman (Brookhaven National Laboratory, Upton, NY)

9P.97 Simulation of electron guns with the cathode in strong magnetic field.

A.V. Grudiev, D.G. Myakishev (Budker INP, Novosibirsk, Russia), V.P. Yakovlev (Omega-P Inc., New Heven, CT (on leave from Budker INP))

9P.98 Simulation of Multipacting in RF cavities and waveguides.

A.V. Grudiev, D.G. Myakishev (Budker INP, Novosibirsk, Russia), V.P. Yakovlev (Omega-P Inc., New Heven, CT (on leave from Budker INP))

9P.99 Consideration of DC Space Charge Effects in the Modal Analysis of Aperture Coupled-Cavities

A. Jöstingmeier, M. Dohlus (DESY), C. Rieckmann, A.S. Omar (TUHH)

9P.100 A Self-Consistent Beam Loaded Travelling Wave Accelerator Model for use in TRACE-3D

M.C. Lampel (G.H. Gillespie Associates, Inc.)

9P.101 Monte Carlo Simulation of Nonlaminar DC Beam Transport Including the Influence of Self-Fields

G. Zapalac (Imatron Inc., So. San Francisco, CA.)

9P.102 Use of the LANA Code for the Design of a Heavy Ion Linac

P.N. Ostroumov, D.V. Gorelov (INR-Moscow), R.E. Laxdal (TRIUMF)

9P.103 Simulation of Fast Beam-ion Instability Based on Bassetti-Erskine Formula

X.L. Zhang (Graduate University of Advanced Studies), K. Yokoya, S. Kurokawa, H. Fukuma (KEK, National Laboratory for High Energy Physics)

9P.104 Comparison of C++ and Fortran 90 for scientific computing

Julian C. Cummings (Advanced Computing Laboratory,\ Los Alamos National Laboratory,\ Los Alamos, NM 87545-0287), John R. Cary, Svetlana G. Shasharina (Center for Integrated Plasma Studies\ and Department of Physics,\ University of Colorado,\ Boulder, CO 80309-0390 and Tech-X Corporation,\ www txcorp.com), John V. W. Reynders (Advanced Computing Laboratory,\ Los Alamos National Laboratory,\ Los Alamos, NM 87545-0287), Paul J. Hinker (Dakota Scientific Software, Inc.,\ 501 East Saint Joseph Street,\ Rapid City, SD 57701)

9P.105 IMPACT: An Integrated-Map amp; Particle Accelerator Tracking Code for Linac Simulation

Robert Ryne (AOT Division), Salman Habib (Theoretical Division, Los Alamos National Laboratory)

9P.106 Relativistic Klystron Two-Beam Accelerator Simulation Code Development

Steven Lidia (Lawrence Berkeley National Laboratory), Robert Ryne (Los Alamos National Laboratory)

9P.107 Measured and Theoretical Characterization of the RF Properties of Stacked, High-Gradient Insulator Material

T. L. Houck, George Caporaso, C. C. Shang, S. E. Sampayan, N. E. Molau (Lawrence Livermore National Laboratory), M. L. Krogh (Allied Signal Corp)

9P.108 Wake Properties of a Stripline Beam Kicker

Brian Poole, George Caporaso, W. C. Ng (Lawrence Livermore National Laboratory)

9P.109 BBU Design of Linear Induction Accelerator Cells for Radiography Application

C. C. Shang, George Caporaso, Y.-J. Chen, T. L. Houck, N. E. Molau (Lawrence Livermore National Laboratory), J. Fockler (PSI)

9P.110 RESOLVE Upgrades for On-Line Lattice Error Analysis

M. Lee, J. Corbett, G. White (SLAC), Y. Zambre (SRI)

9P.111 Dark Current Simulation for Linear Collider Accelerator Structures

C.-K. Ng, Z. Li, X. Zhan, V. Srinivas, J. Wang, K. Ko (SLAC)

9P.112 Parallel Eigensolvers for Modeling Large Accelerator Structures.

V. Srinivas, X. Zhan, C.-K. Ng, Z. Li, K. Ko (SLAC)

9P.113 A Flexible-Variable Truncated Power Series Algebra in Zlib

Y.T. Yan (SLAC)

9P.114 Aperture Calculation of AURORA-2D Compact Electron Storage Ring with Superconducting Wigglers

H. Tsutsui, T. Takayama, T. Hori (Sumitomo Heavy Industries, Ltd.)

9P.115 Numerical Simulation and RF Model Measurements of the New GSI IH-DTL

B. Krietenstein, T. Weiland (TH Darmstadt, Germany), U. Ratzinger, R. Tiede (GSI, Darmstadt, Germany), S. A. Minaev (MEPI, Moscow, Russia)

9P.116 Broad-Band Impedance of LHC Shielded Bellows

M. D'yachkov (TRIUMF), F. Ruggiero (CERN)

9P.117 Calculation of Microwave Instability Threshold

W.H. Huang (Department of Engineering Physics, Tsinghua University, Beijing 100084, China)

9P.118 GdfidL: A Finite Difference Program with Reduced Memory and CPU Usage

Warner Bruns (Technische Universität Berlin)

9P.119 Expression Templates for Truncated Power Series

John R. Cary (Center for Integrated Plasma Studies\ and Department of Physics, University of Colorado 80309-0390), Svetlana G. Shasharina (Tech-X Corporation, www.txcorp.com)

9P.120 New Integration Methods for Longitudinal Beam-Cavity Systems

Peter Stoltz, John R. Cary (University of Colorado)

9P.121 A field-cancellation algorithm for constructing economical planar permanent magnet (PM) multipoles with large high-quality field apertures

Roman Tatchyn (Stanford Synchrotron Radiation Laboratory, Stanford Linear Accelerator Center, Stanford University, Stanford, CA 94309 USA)

9P.123 Conceptual and Experimental Feasibility Study of a Superconductive Micro-Undulator

T Hezel (FZK Karlsruhe), R. Rossmanith, H. O. Krevet (FZK Karlsruhe, Germany), Moser

9P.124 Comparison of Beam-Position-Transfer Functions using Circular Beam-Position Monitors

J. D. Gilpatrick (LANL),

9V.01 Some Results of the Advanced Photon Source Beam Lifetime Studies

H. M. Bizek (Argonne National Laboratory)

9V.02 The Extended Touschek Lifetime

H. M. Bizek (Argonne National Laboratory)

9V.03 "Integrable accelerator" structure for round beams with soliton-like force.

V.V. Danilov (Budker INP, Novosibirsk)

9V.04 Wavelet Approach to Accelerator Problems, III. Metaplectic Wavelets and Routes to Chaos.

M.G. Zeitlin, A.N. Fedorova (Institute of Problems of Mechanical Engineering, Russian Academy of Sciences, Russia), Z. Parsa (Brookhaven National Laboratory, Physics Dept., USA)

9V.05 Wavelet Approach to Accelerator Problems, II. Homoclinic loops and Chaos.

M.G. Zeitlin, A.N. Fedorova (Institute of Problems of Mechanical Engineering, Russian Academy of Sciences, Russia), Z. Parsa (Brookhaven National Laboratory, Physics Dept., USA)

9V.06 Wavelet Approach to Accelerator Problems, I. Polynomial Dynamics.

M.G. Zeitlin, A.N. Fedorova (Institute of Problems of Mechanical Engineering, Russian Academy of Sciences, Russia), Z. Parsa (Brookhaven National Laboratory, Physics Dept., USA)

9V.07 Wavelet Approach to Accelerator Problems, V. Discretization.

M.G. Zeitlin, A.N. Fedorova (Institute of Problems of Mechanical Engineering, Russian Academy of Sciences, Russia), Z. Parsa (Brookhaven National Laboratory, Physics Dept., USA)

9V.08 Wavelet Approach to Accelerator Problems, IV. Symplectic Topology and Symplectic Scales.

M.G. Zeitlin, A.N. Fedorova (Institute of Problems of Mechanical Engineering, Russian Academy of Sciences, Russia), Z. Parsa (Brookhaven National Laboratory, Physics Dept., USA)

9V.09 Some Interaction Peculiarities of Relativistic Particles with UHF Electric Field of High Intensity at Large Distances

V.O. Naidenov, O.P. Korovin, E.O. Popov, I.V. Rozova (A.F. Ioffe Physical Technical Institute Russian Academy of Sciences, St. Petersburg, Russia)

9V.10 RF Focusing in Traveling Wave Accelerating Structures.

Vladimir Kushnir, Mikola Ayzatsky, Viktor Mitrochenko (NSC Kharkov Institute of Physics and Technology, Kharkov, Ukraine)

9V.11 Longitudinal Nonlinear Dynamics Studies at the ALS.

J.M. Byrd, W.-H. Cheng (LBNL), F. Zimmermann (SLAC)

9V.12 Transverse and Longitudinal Energy Acceptance and Touschek Lifetime Calculations for the SOLEIL Project

G. Flynn (LURE-Orsay), J.-L. LaClare (SOLEIL), M.-P Level, A. Nadji (LURE-Orsay), P. Nghiem, J. Payet (CEA-Saclay)

9V.13 Simulations of Non-linear Beam Dynamics Effects due to an Electromagnetic Elliptical Wiggler

R.P. Walker, B. Diviacco, L. Tosi (Sincrotrone Trieste), G. Wuestefeld, M. Scheer (BESSY), S. Werin (MAX-lab)

9V.14 Dispersion in the Presence of Strong Transverse Wakefields

Ralph Assmann, Alex Chao (SLAC)

9V.15 Image Effects on Particle Beams in Cylindrical Pipes

Christopher K. Allen (Techno-Sciences, Inc. 10001 Derekwood Lane, Suite 204 Lanham, Maryland 20706), Martin Reiser (Institute for Plasma Research University of Maryland College Park, Maryland 20742)

9V.16 Chaotic Dynamics Generated by Space-Charge Waves in Cyclotron Resonance Accelerators

Felipe Rizzato, Tibério Caetano (Instituto de Física, Universidade Federal do Rio Grande do Sul, Brazil), Renato Pakter (Plasma Fusion Center - MIT)

9V.17 A Multimedia Tutorial for Charged-Particle Beam Dynamics

Richard R. Silbar (WhistleSoft, Inc.(168 Dos Brazos, Los Alamos, NM 87544))

9V.18 Theory of Longitudinal Beam Halo in RF Linacs: 1. Effects of Transverse/Longitudinal Coupling

John J. Barnard, Steven M. Lund (Lawrence Livermore National Laboratory)

9V.19 A Novel Design for a High Power Superconducting Delay Line

Yu Ju Chen, George Caporaso (Lawrence Livermore National Laboratory)

9V.20 Theory of Longitudinal Beam Halo in RF Linacs: 2. Effects of Nonlinear RF Focusing

Steven M. Lund, John J. Barnard (Lawrence Livermore National Laboratory)

9V.21 Transverse-Control Algorithms for a Small Recirculating Heavy-Ion Accelerator

W. M. Sharp, G. W. Kamin (Lawrence Livermore National Laboratory)

9V.22 ETA-II Experiments for Determining Advanced Radiographic Capabilities of Induction Linacs

John Weir, George Caporaso, John Clark, Hugh Kirbie, Y.-J. Chen, S. M. Lund, G. A. Westenskow, A. C. Paul (Lawrence Livermore National Laboratory)

9V.23 Self-Pinched Transport Theory for the SABRE Ion Diode

Dale R. Welch (Mission Research Corporation), Craig L. Olson, David L. Hanson (Sandia National Laboratories)

9V.24 Heavy Ion Beam Halo: Theory and Experiment

C. Chen, Y. Fink (MIT Plasma Science and Fusion Center), R.C. Davidson (Princeton Plasma Physics Laboratory), S. Yu, S. Eylon (Lawrence Berkeley National Laboratory)

9V.25 Beam Halo Formation

Y. Fink, C. Chen (MIT Plasma Science and Fusion Center)

9V.26 Emittance Growth and Particle Diffusion Induced by Discrete-Particle Effects

Renato Pakter, C. Chen (MIT Plasma Science and Fusion Center)

9V.27 Perturbative Particle Simulation of Space-Charged Dominated Beams

P. H. Stoltz, W. W. Lee, R. C. Davidson (Princeton Plasma Physics Labortaory, Princeton University, Princeton, NJ 08543)

9V.28 Prevention of Halo Formation in High Brightness Beam

Y.K. Batygin (RIKEN)

9V.29 New Classes of Uniform Distributions for Charged Particle Beam in Longitudinal Magnetic Field

Dmitri Ovsyannikov, Oleg Drivotin (SPbSU)

9V.30 The Calculation, Simulation, and Measurement of Longitudinal Beam Dynamics in Electron Injectors

B. Dunham, H. Liu (Thomas Jefferson National Accelerator Facility)

9V.31 Longitudinal Beam Dynamics with Space Charge in an FEL Driver Accelerator

Lia Merminga, Geoffrey A. Krafft, D. X. Wang, Byung C. Yunn (Thomas Jefferson National Accelerator Facility)

9V.32 Emittance Compensation in a Flat Beam RF Photoinjector

J.B. Rosenzweig, S. Anderson (UCLA), E. Colby (UCLA/Fermilab), L. Serafini (UCLA/INFN)

9V.33 Beam Dynamics a Integrated Plane Wave Transformer Photoinjector at S- and X- band

J.B. Rosenzweig, X. Ding, X. Pellegrini (UCLA), L. Serafini (UCLA/INFN), D. Yu (DULY Research)

9V.34 Stability and Halo Formation in Axisymmetric Intense Beams.

Robert L. Gluckstern (Univ. of Maryland), Sergey S. Kurennoy (LANL)

9V.35 KV Beam in a Dispersive Channel.

Marco Venturini (Dept. of Physics, University of Maryland), Martin Reiser (Intitute for Plasma Research, University of Maryland)

9V.36 Transport of Space-Charge Dominated Electron Beams in a Printed-Circuit Quadrupole Channel

S. Bernal, Y. Li, M. Reiser, H. Suk, J. G. Wang, Y. Zou (Institute for Plasma Research, University of Maryland), T. Godlove (FM Technologies, Inc.,)

9V.37 Longitudinal Focusing of Space-Charge Dominated Beams in the UMD Electron Ring

J. J. Deng, J. G. Wang, M. Reiser (Institute for Plasma Research, University of Maryland,), T. Godlove (FM Technologies, Inc.,)

9V.38 Injector Design for a Model Electron Ring at the University of Maryland

T. Godlove, S. Bernal, J.J. Deng, Y. Li, M. Reiser, J.G. Wang, Y. Zou (Institute for Plasma Research, University of Maryland)

9V.39 High Beam Current Handling and its Cures in the JHP Synchrotrons

S. Machida, Y. Mori, C. Ohmori, Y. Ishi, S. Shibuya, M. Tomizawa (INS, University of Tokyo)

9V.40 Parasitic Energy Loss in the LEP Superconducting Cavities

A. Hofmann, G. Arduini, O. BrÜning, G. Cavallari, P. Gayet, E. Haebel, M. Jimenez, O. Meincke, G. Morpurgo, G. Roy, H. Schmickler, J. Uythoven, A. Wagner, B. Zotter (CERN)

9V.41 Transmission Line Analysis of Beam Deflection in a BPM Stripline Kicker

George Caporaso, Yu-Ju Chen, Brian Poole (Lawrence Livermore National Laboratory)

9V.42 Space-Charge Forces of a DC beam in a Continuous Bend

Y.-J. Chen (Lawrence Livermore National Laboratory), S. Gregory (Bechtel Corporation)

9V.43 Diode and Final Focus Simulations for DARHT

Thomas P. Hughes, Dale R. Welch (Mission Research Corporation), Randolph L. Carlson (Los Alamos National Laboratory)

9V.44 Influence of Ion Channel on Electron Beam Propagation

Han S. Uhm (Naval Surface Warfare Center)

9V.45 Simulations of Bunch Precompression at High Currents in the SLC Damping Rings

K.L.F. Bane, M.G. Minty, A.W. Chao (SLAC)

9V.46 Measurement of the Longitudinal Wakefield in the SLAC Linac.

K.L.F. Bane, F.-J. Decker, J.T. Seeman, F. Zimmermann (SLAC)

9V.47 Closed Form Expression for the Effect of a Beam Scraper on the transverse Beam Distributions

P. Raimondi, F.J. Decker, C.K. Ng (SLAC)

9V.48 Analytic Expressions for Longitudinal Schottky Spectra from Beams with Gaussian Energy Distribution

V. Ziemann (The Svedberg Laboratory, S-75121 Uppsala, Sweden)

9W.01 3-D Simulation Study of Injection and Acceleration in the Argonne 1-MW Neutron Spallation Source

Y.-C. Chae, E. Crosbie, Y. Cho (Argonne National Laboratory)

9W.02 Anomolous, Intensity Dependent Losses in Au^+32 Beams

Michael Blaskiewicz, Leif Ahrens, Humberto Calvani (Brookhaven National Laboratory)

9W.03 Construction, Shimming and Initial Operation of the Brookhaven Ultraprecise g - 2 Storage Ring.

G. Danby (for the Muon g - 2 Collaboration. Brookhaven National Laboratory, Boston University, Cornell University, Fairfield University, University of Heidelberg, University of Illinois, Lawrence Berkeley Laboratory, Max Planck Institute, University of Minnesota, Budker Institute of Nuclear Physics, KEK, Riken, Yale University)

9W.04 Mini-Bunching the AGS Slow External Beam

JW Glenn, L Ahrens, T Hayes (BNL), R Lee (UC-Irvine)

9W.05 Micro-Bunching the AGS Slow External Beam

JW Glenn, JM Brennan, L Littenberg, J Rose, C Woody, A Zaltsman (BNL), P Bergbusch (TRIUMF), D Majka (YALE)

9W.06 The Lattice of the NSNS Accumulator Ring

A.G. Ruggiero (Brookhaven National Laboratory, Upton, NY 11973)

9W.07 Accumulator Ring Design for the NSNS Project,

W.T. Weng, J. Alessi, M. Blaskiewicz, L. Blumberg, J.M. Brennan, Y.Y. Lee, A. Luccio, H. Ludewig, D. Maletic, D. Raparia, A. Ruggiero, S.Y. Zhang (Brookhaven National Laboratory.)

9W.08 Combined Longitudinal and Transverse Multiturn Injection in a Heavy Ion Accumulator

C. Carli, S. Maury, D. MÖhl (CERN)

9W.09 The Antiproton Decelerator: AD

S. Maury, S. Baird, D. Berlin, J. Boillot, J. Bosser, M. Brouet, J. Buttkus, F. Caspers, V. Chohan, D. Dekkers, T. Eriksson, R. Garoby, R. Giannini, O. GrÖbner, J. Gruber, J.Y. Hemery, H. Koziol, R. Maccaferri, C. Metzger, K. Metzmacher, D. MÖhl, H. Mulder, M. Paoluzzi, F. Pedersen, J.P. Riunaud, C. Serre, D.J. Simon, G. Tranquille, J. Tuyn, B. Williams (CERN)

9W.10 Overview of the Recent Operation of the AAC and LEAR for the Low-energy Antiproton Physics Programme

S. Maury, S. Baird, J. Boillot, F. Caspers, M. Chanel, V. Chohan, T. Eriksson, R. Ley, C. Metzger, D. MÖhl, H. Mulder, F. Pedersen, G. Tranquille (CERN)

9W.11 Conversion of the PS Complex as LHC Proton Pre-Injector

K. Schindl, R. Cappi, V. Chohan, D. Cornuet, G. Daems, D. Dekkers, R. Garoby, D. Grier, J. Gruber, E. Jensen, H. Koziol, A. Krusche, K.D. Metzmacher, J. Pedersen, F. Pedersen, U. Raich, J.P. Riunaud, J.P. Royer, M. Sassowsky, H. SchÖnauer, M. Thivent, H. Ullrich, F. VÖlker (CERN)

9W.12 The Proton Synchrotron DESY III

W. Ebeling, J.R. Maidment (DESY)

9W.13 Status of the European Spallation Source Design Study

H. Lengeler (ESS/CERN)

9W.14 Intensity Limitations in the FNAL Main Injector,

W. Chou (FNAL)

9W.15 The Design of a \gamma_t-Jump System for the FNAL Main Injector,

W. Chou, B.C. Brown, S. Fang, J. Leibfritz, K.-Y. Ng, H. Pfeffer, I. Terechkine (FNAL)

9W.16 Design and Simulation of the Antiproton Recycler Lattice

N. Gelfand, S.D. Holmes, J.A. Holt, D.E. Johnson, L. Michelotti, C.S. Mishra (Fermilab)

9W.17 An Imaginary-\gamma_t Lattice with Dispersion-Free Straights for the 50 GeV High-Intensity Proton Synchrotron

K.Y. Ng (Fermilab)

9W.18 Multiple Injections with Barrier Bucket

K.Y. Ng (Fermilab)

9W.19 The Fermilab Accumulator Ring Lattice Upgrade

S. O'Day, M. Church (Fermilab)

9W.20 Intensity Upgrade Studies at the KEK-PS

Hikaru Sato, Crew of the Intensity Upgrade Study

9W.21 Overview and Status of the Los Alamos PSR Injection Upgrade Project

D. H. Fitzgerald, H. Ahn, B. Blind, M. J. Borden, R. J. Macek, F. Neri, C. R. Rose, H. A. Thiessen, C. A. Wilkinson, M. V. Zumbro (Los Alamos National Laboratory)

9W.22 Comparison of Beam Transport Simulations to Measurements >at the Los Alamos Proton Storage Ring

C. Wilkinson, B. Blind, D.H. Fitzgerald, R. Macek, F. Neri, M. Plum, O. Sander, H.A. Thiessen (Los Alamos National Laboratory)

9W.23 Accumulator Ring H- Injection Optimization Studies

J.D. Galambos, J.A. Holmes, D.K. Olsen (ORNL)

9W.24 A Possible Upgrade for ISIS

M.R. Harold, R.G. Bendall, T.A. Broome, I.S.K. Gardner, M.G. Glover, C.R. Prior, C.W. Planner, G.H. Rees (CLRC RAL)

9W.25 Design of Booster Synchrotron for MUSES

T. Ohkawa (The Institute of Physical and Chemical Research (RIKEN), Japan), T. Katayama (INS, University of Tokyo)

9W.26 Design of the Source Development Lab Bunch Compressor

W.S. Graves, I. Ben-Zvi, E.D. Johnson, S. Krinsky, J. Skaritka, M.H. Woodle, L.-H. Yu (Brookhaven National Laboratory), T.O. Raubenheimer (SLAC)

9W.27 Electron Beam Dynamics for a Low--Energy Electron Linac.

A.F.J. Hammen, H.L. Hagedoorn, W.H.C. Theuws, J.I.M. Botman (Eindhoven University of Technology, Cyclotron Laboratory, P.O. Box 513, 5600MB Eindhoven, The Netherlands.)

9W.28 An Experimental Study of KSRS Electron Linac

V. Ushkov, A. Kadnikov, Yu. Krylov, S. Kuznetsov, A. Valentinov, Yu. Yupinov (KSRS), V. Moiseev (SSSPI RRC KI)

9W.29 Fabrication of Biperiodic DAW Cavity

Y. Iwashita, H. Ao, A. Noda, H. Okamoto, T. Shirai, M. Inoue (Accelerator Laboratory, NSRF, ICR, Kyoto University), T. Kawakita (Core Engineering Department, Nuclear Energy Systems Engineering Center, Mitsubishi Heavy Industries, Ltd.), M. Matsuoka (Electronic Systems amp; Space Systems Engineering Department, Kobe Shipyard amp; Machinery Works, Mitsubishi Heavy Industries, Ltd.), K. Koyama (Research and Development Department, Nuclear Development Corporation)

9W.30 Present status of the electron linac as the injector for KSR

Takashi Sugimura, Toshiyuki Shirai, Hiromu Tonguu, Yoshihisa Iwashita, Akira Noda, Makoto Inoue (NSRF, Institute for Chemical Research, Kyoto Univ.)

9W.31 Upgrading of the LNLS Injection System

Daniel Wisnivesky (Laboratorio Nacional de Luz Sincrotron. Campinas. Brazil. Also at Instituto de Fisica Gleb Wataghin. UNICAMP), F.da Silva Rafael, Osmar. R. Bagnato, Rogerio. A. Picoli, Antonio C. Lira, Angelo R. Silva, Claudio Pardine (LNLS. Campinas. Brazil)

9W.32 Operation and Status of the ELETTRA Injector Linac

Gerardo D'Auria, Carlo Rossi (Sincrotrone Trieste, Italy)

9W.33 A New OTR Based Diagnostic System for the Trieste Linac Injector of ELETTRA

Carlo Rossi, Gerardo D'Auria, Mario Ferianis (Sincrotrone Trieste, Italy), Alessandro Variola (LAL Orsay)

9W.34 Backward Traveling Wave Accelerating Structure

Huaibi Chen (Department of Engineering Physics, Tsinghua University, Beijing 100084, China)

9W.35 A 14 MeV Single-Section SW Guide For Medical Accelerators

Qingxiu Jin (Department of Engineering Physics, Tsinghua University, Beijing 100084, China)

9W.36 A Portable X-band On-axis Standing Wave Linac Structrue

Xiang Sun (Department of Engineering Physics, Tsinghua University, Beijing 100084, China)