The complete program will appear in the May issue of the Bulletin of the American Physical Society.
The sessions are labelled by a number indicating the day and time (1 for Monday morning, 2 for Monday afternoon, etc.) and a letter indicating the place, as follows:
B British Room - oral session
C Columbia Room - oral session
BC British Columbia Ballroom - plenary session
P Pacific Ballroom - poster session
V Vancouver Island Room - poster session
W Waddington Room - poster session.
Thus Session 2C takes place on Monday afternoon in the Columbia Room, 3W on
Tuesday morning in the Waddington Room. Primed numbers indicate a non-standard
starting time; thus the short Session 3C starting at 9:00 a.m. is followed by
Session 3'C starting at 11:10 a.m.
The categories are grouped under the name of the oral session to which their papers were assigned. The oral sessions are grouped under the general headings: Accelerators, Technology, Beam Dynamics, Applications.
Code Sorting Category Session
-------------------------------------------------------------------------------
ACCELERATORS AND STORAGE RINGS
High-Energy Hadron Accelerators and Colliders 2B.1-12
A 1 High-Energy Hadron Accelerators and Colliders 7P.1-26
T 12 W Beam Injection/Extraction, Transport and Targetry W 9P.1-18
T 12 X Beam Injection/Extraction, Transport and Targetry X 8P.1-22
Lepton Accelerators and Colliders 6B.1-11
A 2 Z Electron Storage Rings and Accelerators 7W.1-15
A 2 X Circular Electron Colliders 8W.1-12
A 12 Other Accelerators and Storage Rings 8W.31-35
A 13 Muon Colliders 4W.23-34
Linear Colliders 5B.1-11
A 3 X Linear Colliders (Beam Dynamics) 8W.13-30
A 3 Y Linear Colliders (Structure) 3W.1-16
A 3 Z Linear Colliders (Other) 2W.1-18
Advanced Concepts 3'C.1-6
A 10 1 New Acceleration Techniques 1 6V.36-47
A 10 2 New Acceleration Techniques 2 7V.1-25
Light Sources and FELs 4B.1-12
A 5 1 Synchrotron Radiation Facilities 1 3V.1-18
A 5 2 Synchrotron Radiation Facilities 2 6V.1-35
A 6 Free Electron Lasers 3V.19-47
Low- and Medium-Energy Accelerators and Rings 8B.1-12
A 4 Y Proton Synchrotrons & Storage Rings 9W.1-25
A 4 U Low- and Medium-Energy Circular Accelerators 7W.16-34
A 8 W RFQ Linacs 2W.19-30
A 8 Y Proton & Ion Linacs 5W.1-36
A 8 Z Electron Linacs 9W.26-36
Pulsed-Power/High-Intensity Beams 3C.1-6
A 9 Pulsed Power Accelerators 7P.71-77
T 16 Pulsed Power Technology 7P.78-100
SUBSYSTEMS, TECHNOLOGY AND COMPONENTS
Sources and Injectors 2C.1-12
A 7 Electrostatic Accelerators 4W.1
T 1 Particle Sources (including Polarized Sources) 6W.1-37
T 2 1 RF Guns and Linac Injectors 1 3W.17-36
T 2 2 RF Guns and Linac Injectors 2 4W.2-22
RF Systems 9C.1-12
T 6 1 Room-Temperature RF 1 2P.22-40
T 6 2 Room-Temperature RF 2 4P.24-44
T 6 3 Room-Temperature RF 3 8P.23-44
T 7 Superconducting RF 3P.19-35
T 8 W RF Sources/Systems 5P.17-39
T 8 X Related Hardware 7P.48-61
Magnets 4C.1-12
T 9 1 Room-Temperature Magnets 1 2P.1-21
T 9 2 Room-Temperature Magnets 2 7P.27-47
T 10 1 Superconducting Magnets 1 3P.1-18
T 10 2 Superconducting Magnets 2 6P.1-19
T 11 Power Supplies 5P.1-16
T 15 Insertion Devices 9P.19-35
Vacuum, Alignment and Radiation Monitoring 8C.1-12
T 13 Cryogenics -
T 14 Vacuum Technology 4P.1-23
T 17 Alignment and Survey 7P.62-70
T 18 Radiation Monitoring and Safety 3P.55-63
T 19 Subsystems Technology and Components, Other 9P.36-68
Instrumentation 7C.1-7
T 3 A Beam Instrumentation (Short Bunch) 2P.41-53
T 3 B Beam Instrumentation (Electronics) 2P.54-66
T 3 C Beam Instrumentation (Tune) 5P.40-45
T 3 D Beam Instrumentation (BPMs) 9P.69-94
T 3 E Beam Instrumentation (Emittance, Profile) 5P.46-66
T 3 F Beam Instrumentation (Other) 8P.45-73
Instabilities and Feedback 7'C.1-5
T 5 1 Feedback Systems (including Beam) 1 4P.45-63
T 5 2 Feedback Systems (including Beam) 2 6P.43-66
Controls and Computing 5C.1-12
D 6 W Computer Codes W 8P.74-100
D 6 X Computer Codes X 9P.95-120
T 4 W Control Systems W 3P.36-54
T 4 X Control Systems X 6P.20-42
BEAM DYNAMICS
Single-Particle Beam Dynamics/Optics 7B.1-11
D 1 A Lattice Design and Optics 4V.1-23
D 1 B Maps, Tracking & Dynamic Aperture 5V.1-26
D 1 C Error Effects, Experiments, Spin Dynamics 2V.31-46
D 1 D Other Single-particle Beam Dynamics 9V.1-17
Multiparticle Beam Dynamics I 3B.1-14
D 2 H Instabilities and Cures (High Energy) 2V.1-30
D 2 W Wake Field 5V.27-44
D 2 Z Impedance 7V.26-47
D 3 Beam-Beam Interaction 8V.1-18
D 4 Beam Cooling 4V.24-33
D 7 Beam Dynamics, Other (Multiparticle) 4V.34-46
Multiparticle Beam Dynamics II 6'C.1-6
D 5 H High-current Dynamics 9V.40-48
D 5 S 1 Space Charge 1 8V.19-47
D 5 S 2 Space Charge 2 9V.18-39
APPLICATIONS OF ACCELERATORS 9B.1-11
U 1 Medical Therapy 7P.101-109
U 2 Medical Isotope Production 7P.110-114
U 3 High-Power Accelerator Applications 7P.115-120
U 4 Electron Beam Processing 8P.101-109
U 5 Non-destructive Evalation & Other Applications 8P.110-118
MONDAY, 12 May 1997
S.D. Holmes, FNAL Status of the Main Injector and Recycler F. Willeke, DESY HERA: status and luminosity upgrade S. Peggs, BNL RHIC status L.R. Evans, CERN LHC status and plans
B.E. Carlsten, LANL Sub-picosecond high-brightness electron injectors D. Umstadter, U. Michigan Laser-driven plasma-cathode electron injector Z.Q. Xie, LBNL State of the art of ECR ion sources Y-H. Lee, LBNL Very-low-energy-spread ion sources
H. Burkhardt, CERN Energy dependence of beam-beam interactions at LEP D. Neuffer, FNAL Beam dynamics problems for a $\mu^+ - \mu^-$ collider
J.W. Kwan, LBNL Experiments in heavy-ion fusion beam physics at LBNL, LLNL, and the University of Maryland R.B. Spielman, SNL PBFA Z: A 50 TW/5 MJ electrical generator D.P. Grote, LLNL 3D particle simulations of space-charge-dominated beams in HIF accelerator experiments
A.C. Ting, NRL Channeling and time evolution of laser wakes in a laser wakefield accelerator (LWFA) experiment A. van Steenbergen, NSLS, BNL Inverse free electron laser accelerator development
G. Decker, ANL Performance of the Advanced Photon Source A. Jackson, LBNL Improving and extending performance at synchrotron radiation facilities J. Safranek, BNL Beam-based modeling and control of storage rings J. Rossbach, DESY The TESLA free electron laser
G.W. Foster, FNAL The Fermilab permanent-magnet antiproton recycler ring D.C. Larbalestier, U. Wisconsin Key Issues for the Use of High Temperature Superconductors for HEP Needs H. ten Kate, U. Twente High field NbSn magnets for accelerators K.E. Robinson, STI Optronics Overview of hot topics in insertion device design
B. Aune, DESY Results from the DESY TESLA Test Facility N. Kroll, UCSD Design of the damped detuned NLC structure M. Seidel, SLAC Studies of beam-induced dipole modes in accelerating structures at the SLC R. Ruth, SLAC Results from the SLAC NLC Test Accelerator J. Urakawa, KEK KEK/ATF damping ring
L.T. Hoff, BNL Object-oriented APIs for accelerator control systems C. Watson, TJNAF A portable accelerator control toolkit M. Kraimer, ANL Experience with EPICS in a wide variety of applications
A. Hutton, TJNAF Operation of CEBAF with heavy beamloading R. Palmer, BNL Muon collider S. Henderson Performance of the CESR high luminosity interaction region M. Sullivan, SLAC B-factory interaction region design Y. Funakoshi, KEK High beam current experiments for the KEKB conducted at TRISTAN
A. Sessler, LBNL The Development of Colliders (R.R. Wilson Prize Lecture) L. Spentzouris, NWU Coherent nonlinear longitudinal phenomena in unbunched synchrotron beams (Beam Physics Dissertation Award Lecture) B.R. Appleton, ORNL The Oak Ridge Spallation Neutron Source as a tool for applied and fundamental physics J. Madey, Duke U. The Duke Free Electron Laser Light Source Facility
R.W. Assmann, SLAC Beam dynamics in SLC K. Makino, MSU Rigorous bounds on long-term stability J. Irwin, SLAC Analytic nonlinear methods for beam optics D. Jeon, IUCF Nonlinear dynamics aspects of quasi-isochronous storage rings D.R. Douglas, TJNAF Lattice design for a high-power infrared FEL
I. Ben-Zvi, NSLS, BNL Picosecond-resolution `slice' emittance measurement of electron bunches D.X. Wang, TJNAF Electron beam instrumentation techniques using coherent radiation
S. Chattopadhyay, LBNL Laser manipulation of beams J.T. Rogers, LNS, Cornell U. Photoemission instabilities: theory and experiment
T. Wangler, LANL New high-power linacs and beam physics issues Y. Mori, INS, U. Tokyo The Japanese Hadron Facility P. Bricault, TRIUMF Review of radioactive beam accelerators Y. Yano, RIKEN RIKEN RI-Beam Factory project
O. Grobner, CERN The LHC vacuum system D.R.C. Kelly, DESY Dust in accelerator vacuum systems J. Noonan, ANL APS Storage Ring vacuum system performance P. LeBrun, CERN Cryogenics for particle accelerators: present state-of-the-art and future trend
Y. Jongen, IBA Review of compact commercial accelerator products and applications P.W. Lisowski, LANL The Accelerator Production of Tritium (APT) project B. Milton, TRIUMF A high-current tandem accelerator for gamma-resonance contraband detection B.A. Ludewigt, LBNL Clinical requirements and accelerator concepts for BNCT K. Whitham, Titan Beta Market-driven design of accelerator systems for sterilization of medical products
D. Boussard, CERN Performance of the LEP-2 SRF system H. Padamsee, Cornell U. Overview of advances in the basic understanding of dark current and breakdown in rf cavities D. Rees, LANL Design of 250-MW cw rf system for APT G. Caryotakis, SLAC Development of X-band klystron technology at SLAC