Contents

• Contents
• Conference Oral Sessions
  • MO-1
    FEL Prize Talk and First Lasings
    • Design Considerations for a SASE X-ray FEL
    • Observation of Self-Amplified Spontaneous Emission in the wavelength range from 80 nm to 180 nm at the TESLA Test Facility FEL at DESY
    • First Lasing of the European UV/VUV Storage Ring FEL at ELETTRA
    • Observation and Analysis of Self-Amplified Spontaneous Emission at the APS
    • First Lasing of the KHI FEL
    • 3rd-harmonic Lasing at JAERI-FEL
    • First Lasing of the KAERI Compact Far-Infrared Free-Electron Laser Driven by a Magnetron-Based Microtron
  • MO-2
    FEL Theory
    • Grand Initial Value Problem of High Gain Free Electron Lasers
    • Average and Peak Power Limitations and Beam Dynamics in the OK-4/Duke storage ring FEL
    • Cascading stages of High Gain Harmonic Generation to produce coherent hard X-ray
    • Nonlinear Harmonic Generation of Coherent Amplification and Self-Amplified Spontaneous Emission
  • TU-1
    Storage Ring FELs
    • Initial Performance of the European UV/VUV Storage Ring FEL at ELETTRA
    • Operation of the OK-4/Duke storage ring FEL below 200 nm.
    • Characteristics of the NIJI-IV UV-VUV FEL System - Toward Lasing Down TO 150 nm Using a Compact Storage Ring
    • Development of longitudinal feedback system for a storage ring free electron laser
    • Towards the Fourier Limit on the Super-ACO Storage Ring FEL
  • TU-2
    Accelerator and FEL Physics and Technology I
    • Utilization of CTR to Measure Evolution of Electron Beam Microbunching in a SASE FEL
    • Tomographic Methods for the Determination of Electron Beam Phase Space Distributions
    • An Optical Resonator with Scraper Output Coupler for the JAERI Far-Infrared Free-Electron Laser
    • Sensitivity of the CSR Self-Interaction to the Local Longitudinal Charge Concentration of a Bunch
  • WE-1
    Linac and High Power FELs
    • High-Gain Harmonic-Generation Experiment
    • High extraction efficiency observed at JAERI Free Electron Laser
    • Analyses of superradiance and spiking-mode lasing observed at JAERI-FEL
    • An Experimental Study of an FEL Oscillator with a Linear Taper
    • Recent Results from the FEL Driven Two-Beam Accelerator Project at CESTA
  • WE-2
    Long Wavelength FELs
    • Progress in Development of High-Power Planar FEL with Two-Dimensional Bragg Resonator and Sheet Electron Beam
    • Long wavelength Compact-FEL with controlled energy-phase correlation
    • Enhancement of Free-Electron Maser Radiation by Prebunching of the E-beam (Stimulated Super-radiance)
  • TH-1
    SASE FELs
    • Observation and Analysis of Self-Amplified Spontaneous Emission at the APS
    • Observation of Self-Amplified Spontaneous Emission in the wavelength range from 80 nm to 180 nm at the TESLA Test Facility FEL at DESY
    • Optimization of the design for the LCLS undulator line
    • Radiation induced by relativistic beams passing over a diffraction grating.
    • Wavelength Spectrum of Self-Amplified Spontaneous Emission in the Far-Infrared Region
  • TH-2
    Accelerator and FEL Physics and Technology II
    • Measurement of Longitudinal Electron Beam Distributions for FELs
    • The OK-5/Duke Storage Ring VUV FEL with Variable Polarization
    • Calculation of Intracavity Laser Modes in the Case of a Partial Waveguiding in the Vacuum Chamber of the CLIO FEL.
    • Transient Mirror Heating Theory and Experiment in the Jefferson Lab IR Demo FEL
  • FR-1
    New Development and Proposals
    • Chirped-pulse parametric amplification of mid-infrared FEL pulses
    • Short Pulse X-rays at Jefferson Lab
    • Modular Approach to Achieving the Next-Generation X-Ray Light Source
    • Dependence of energy resolution of Compton backscattered $\gamma$-rays on incoming beam parameters in the Duke/OK-4 Storage Ring FEL
  • FR-2
    Joint Session
    • First Human Application of a Free-Electron Laser
    • Transient Absorption Spectroscopy in Biology Using the Super-ACO Storage Ring FEL and the Synchrotron Radiation Combination
    • SASE Results and Possible Extensions of the TESLA Test Facility FEL User Facility
    • Novel Scientific Opportunies with an Angstrom FEL
• Conference Poster Sessions
  • MO-3
    Accelerator and FEL Physics and Technology I
    • CAEP RF Photoinjector
    • Study on Interference between Far-infrared to MM-wave Coherent Synchrotron Radiation from Consecutive Electron Bunches at BFEL RF-Linac
    • Performance of the Photocathode Gun for the TJNAF FEL
    • New Test Facility for Photo Injectors under Construction at DESY Zeuthen
    • The PEGASUS Free Electron Laser Laboratory
    • Evaluation of Electron Bunch Shapes Using the Spectra of the Coherent Transition Radiation
    • Injector and Bunchers of the Electron Linac for High-Intensity Single-Bunch Beam Generation at ISIR
    • Smith-Purcell Experiment Utilizing a Field-emitter Array Cathode: Measurements of Radiation
    • Electron Beams Formed by Photoelectric Field Emission
    • Status of the ELBE accelerator - a driver for different radiation sources
    • Design of a Double Focusing Beam Transport System for the 25 MeV Electron Beam
    • Beam Breakup in the Jefferson Lab FEL Upgrade
    • Collective Effects in the Jefferson Lab FEL Upgrade
    • Design Considerations of a MW-Scale, High-Efficiency, Industrial-Use, Ultraviolet FEL Amplifier
    • Multipole Fields in a Helical Optical Klystron for Storage Ring Free Electron Lasers
    • Simulated performance of energy-recovery transport system for the JAERI-FEL
    • Simulation of DC-Superconducting RF Gun
    • $\gamma$ - ray production and its applications of transmutation of nuclear waste
    • Study on the Focusing Property of a Planar Wiggler for the Infrared FEL
    • Design and Beam Transport Simulations of a Multistage Collector for the Israeli EA-FEL
    • Beam transport study in BWO experiments for a seed power source of mm-FEL
    • Performance of the Thermionic RF Gun Injector for Linac-based IR Free Electron Laser at FEL-SUT
    • Compact Microtron Driven by a Magnetron as an Injector of the Far Infrared Free Electron Laser
    • Bunching Properties of a Classical Microtron-Injector for a Far Infrared Free Electron Laser
    • A Test of the Laser Alignment System ALMY at the TTF-FEL
    • First Results of the High Resolution Wire Scanners for Beam Profile and absolute Beam Position Measurement at the TESLA Test Facility at DESY
    • Jefferson Lab IR Demo FEL Photocathode Quantum Efficiency Scanner
    • Electron beam energy spectrum measurements at Vanderbilt FEL
    • Electron Bunch Shape Measurements Using Coherent Diffraction Radiation
    • Design of Staggered Undulator at SRRC
    • Dark current at TTFL rf gun
    • Initial Experience with the Top-off mode of Operation and Full-energy Booster Injector for the Duke/OK-4 storage ring FEL sources.
    • Experiments and analysis on back-bombardment of electron in thermionic RF gun
  • MO-4
    Accelerator and FEL Physics and Technology II
    • Applications of Electro-Optic sampling in FEL Diagnostics
    • A Diagnostic Technique for Short Electron Bunches Using Coherent Off-Axis Undulator Radiation
    • Status of the FEL at the S-DALINAC
    • Recent progress of plasma X-ray lasers at LLNL
    • A design study of a staggered array undulator for high uniformity of the undulator fields based on a 2-D code
    • A design study on electron beam confinement in a staggered array undulator based on a 3-D code
    • Study and optimization of power output and electron beam energy spread in a Free Electron Laser oscillator
    • A Matched Nonadiabatic Input for a Helical Undulator Taking into Account the Orbit Amplitude and Longitudinal Magnetic Field
    • End pole configuration for segmented SASE undulators with variable gap
    • First Measurements of Subpicosecond Electron Beam Structure by Autocorrelation of Coherent Diffraction Radiation
    • Development of a Coherent Transition Radiation-Based Bunch Length Monitor with Application to the APS rf Thermionic Gun Beam Optimization
    • Time-Resolved IR Spectrum at the Vanderbilt FEL
    • Operational Improvements to the Vanderbilt FEL
    • Simulations of the bunch length measurements using spectral fluctuations for the compressed beam
    • Photon beam characterization of the VUV SASE FEL at DESY
    • Helical wigglers for the OK-5 storage ring VUV FEL at Duke.
  • MO-5
    Storage Ring FELs
    • FEL-beam interaction in a Storage Ring: new model versus experimental results
    • Design of an insertion device for the FEL-X project
    • FEL Induced Electron Bunch Heating Observed by a Method Based on Synchronous Phase Detection
    • Fourier Limited Micro-Pulses in the OK-4/Duke Storage Ring FEL Operating with Super-Modes.
    • Time structure of the OK-4-Duke Storage ring FEL.
    • Giant High-Peak Power Pulses in the UV OK-4/Duke Storage Ring FEL using the Gain Modulator
    • S.R. FEL pulse propagation problems and e-beam instabilities
    • Lattice Modification and Nonlinear Dynamics for Elliptically Polarized VUV OK-5 FEL Source at Duke Storage Ring
    • Spatial distribution and polarization of $\gamma$-rays via Compton backscattering in the Duke/OK-4 Storage Ring FEL.
    • Low Emittance Lattice for the Duke Storage Ring soft-X-Ray FEL.
  • TU-3
    SASE FELs
    • Simulation Studies Of The Proposed Far-Infrared FEL Amplifier At ISIR, Osaka University
    • Chicane Compressor Development for the BNL ATF - Application to SASE FEL
    • Possible effects of a step slippage compensations on optical pulse in a SASE mode FEL starting from noise.
    • Possible Application of Crystal Monochromator for Reducing the Spectral Bandwidth of an X-ray SASE FEL
    • Development of a Pump-Probe Facility Combining a Far-Infrared Source with Laser-Like Characteristics
    • Development of a Facility for Probing the Structural Dynamics of Materials with Femtosecond X-ray Pulses
    • Development of a Pump-Probe Facility with Sub-Picosecond Time Resolution Combining a High-Power Ultraviolet Regenerative FEL Amplifier and a Soft X-ray SASE FEL
    • Short wavelength FEL research at Institute of Free Electron Laser in Osaka University
    • Generation of powerful ultrashort electromagnetic pulses based on superradiance
    • Initial Gain Measurements of a 800nm SASE FEL, VISA
    • Intraundulator Measurements of Photon and Electron Beams at VISA FEL
    • The Use of Harmonics to Achieve Coherent Short Wavelengths
    • Nonlinear Harmonic Generation in Multi-Stage Optical Klystrons
    • Dispersively Enhanced Bunching in High-Gain Free-Electron Lasers
    • Comparison of FODO-Cell and Triplet Lattices in the LCLS Undulator
    • Magnetic measurements and tuning of the DUV-FEL undulator
    • Optimization of an X-ray SASE-FEL
    • Design Considerations of 10 kW-Scale Extreme Ultraviolet SASE FEL for Lithography
    • Observation of Longitudinal Phase Space Fragmentation at the TTF-FEL
    • Analysis of Phase Space Structures in Longitudinal Phase Space at the TTF-FE
    • A Comparison Between the Fundamental and Third Harmonic Interactions in X-Ray Free-Electron Lasers
  • TU-4
    Long Wavelength FELs
    • Experimental Investigation of 4-mm. Quasi-Cherenkov Volume FEL
    • Low Cost Undulator Magnets for Free Electron Masers
    • Voltage Dependence of waveguide Modes in a Free Electron Maser Oscillator
    • Excitation of resonators by electron beams
    • The Project of High Power Submillimetr-Wavelength Free Electron Laser
    • Experimental study of a FEM based on simultaneous cyclotron excitation of traveling and near-cutoff modes
    • The University of Maryland Free-Electron Laser
    • Low-Voltage Free-Electron Lasers at UHF
    • A Metal-Grating FEL experiment at the ENEA Compact-FEL Facility
    • Zero slippage operation of TEUFEL.
    • Free-Electron Maser Experiment on Testing High-Gradient Accelerating Structures
    • Design of a high power Cherenkov FEL for industrial applications
    • Bunching Measurements at the CESTA Free-Electron-Laser
    • First Lasing of the KAERI Compact Far-Infrared Free-Electron Laser Driven by a Magnetron-Based Microtron
  • TU-5
    Linac and High Power FELs
    • Experimental study of compact FEL with micro wiggler and electrostatic accelerator
    • The Influence of the Higher Harmonics on the FEL Performance
    • Design study of the waveguide resonator for an infrared FEL at ELBE
    • Status of KHI FEL at FEL-SUT
    • JAERI design options for realizing a compact and stand-alone superconducting rf linac-based high power free-electron laser
    • Optical Klystron with a Ring prebuncher for short wavelength SASE FELs
    • 3rd-harmonic Lasing at JAERI-FEL
  • WE-3
    FEL Theory
    • Theoretical Investigation of Generation Process Development in the Undulator Volume FEL
    • Qausi-Cherenkov Superradiance Generation of Picosecond Electron Beam
    • Two-Color Operation in High-Gain Free-Electron Lasers
    • A Tunable Nonrelativistic FEL
    • Non-linear Quantum Regime of X-Ray Compton Laser
    • Mode dynamics in a FEM-oscillator with a broadband frequency-dispersive feedback
    • Stimulated wave scattering in the Smith-Purcell FEL
    • Experimental and theoretical study of a high-power coaxial FEM with 2-D distributed feedback
    • Regenerative amplifier scheme of a FEM based on simultaneous fundamental and high-harmonic oscillations
    • Numerical analysis of radiation build-up in an FEL oscillator
    • The effect of finite guiding field on the gain of Resotron
    • Spectral-Angular Properties of Single-Pass X-Ray Free Electron Lasers in the Self-Amplified Spontaneous Emission (SASE) Regime
    • Quasilinear Theory of High-Gain FEL Saturation
    • On the Discreteness of the Radiators in SASE
    • Eigenmodes and modes competition in High Gain Free-Electron Laser including alternating-gradient focusing
    • On the Anti-Resonance Effect in the Reversed Field Free Electron Laser
    • Modulated Desynchronism in a Free Electron Laser Oscillator
    • General solution of the eigenvalue problem for a high-gain FEL
    • Diffraction Effects in the SASE FEL: Numerical Simulation and Theory
    • Model and Simulation of Wide-Band Interaction in Free-Electron Lasers
    • Binary Scattering Effects of the Intense Electron Beam on the FEL Amplification Factor
    • Novel Scheme of Multi-Beams FEL Synchronized by Two-Dimensional Disributed Feedback
    • The Second Harmonic of High Gain Harmonic Generation Free-Electron Laser
    • Requirements for a Laser Pumped FEL Operating in the X-Ray Regime
    • Characterization of Smith-Purcell radiation from highly relativistic electrons.
    • SASE experiments in a micro FEL
    • Solution to the Initial Value Problem for a High-Gain FEL via Van Kampen¡'s Method
    • Self-Amplified Spontaneous Emission in Smith-Purcell Free-Electron Lasers
    • Electromagnetic Wave Pumped Ion-Channel Free-Electron Laser
    • Nonlinear Harmonics in the High-Gain Harmonic Generation (HGHG) Experiment
    • Simulations of the TJNAF FEL with Tapered and Inversely Tapered Undulators
    • Simulations of the TJNAF 20kW Free Electron Laser
    • A Comparison of High Gain Free Electron Lasers
    • Scaling Laws and Fitting Formulas for High Gain Free Electron Lasers
    • Different focusing solutions for the TTF-FEL undulator
    • Predictions and Expected Performance for the VUV OK-5/Duke Storage Ring FEL with Variable Polarization
  • WE-4
    New Development and Proposals
    • Stimulated Cherenkov radiation of relativistic electron beam in two-dimensional photonic crystals.
    • Proposal for an IR Waveguide SASE FEL at the PEGASUS Injector
    • European Thematic Network Project for an Industrial Free Electron Maser at 10-100GHz
    • Generation of ultra-short quasi-unipolar electromagnetic pulses using quasi-planar relativistic electron bunches
    • Field Synthesizer Designs for High Contrast Modulation Applications
    • Development of a focusing wiggler for 9.4GHz mm-wave FEL using 2MeV JLA Induction Linac
    • Spontaneous and stimulated photon emission by an ultra-relativistic positron channeling in a periodically bent crystal
    • Projects for two-color pump-probe studies at the Radiation Source ELBE
    • The initial research on two-color FEL both in infrared and X-ray ranges by Compton scattering
    • Building Polarized $\gamma$-ray Source in BEPC
    • The effect of finite guiding magnetic field in the Resotron FEL dynamics
    • Short Wavelength Free Electron Lasers
    • Spatial Radiation Steering by FEL-Arrays
    • Two-Color Free Electron Laser facility employing a 250-MeV Linac Injector for Saga Synchrotron Light Source
    • Field Emission from Entangled Carbon Nanotubes coated on/in a Hollow Metallic Tube
• Workshop Oral Sessions
  • WE-Wrk-1
    Materials Processing I
    • Vibrational lifetime of bond-center hydrogen in crystalline silicon
    • Comparison of the optical output from an FEL to that of a mid-infrared OPG/OPA
    • Micromachining of Polyimide Driven by a High Average Power IR FEL
    • Ablation of Dielectric Materials by Induction of a Phase Explosion using a Mid IR FEL
  • WE-Wrk-2
    Instrumentation and Methods for FEL Applications
    • UV Photo-Electron Emission Microscopy of the Dynamics of Nanostructures on Silicon Surfaces
    • Time-Resolved Infrared Spectroscopy at DFELL
    • Multilayer-Based Pulse Slicing and Compression Schemes for Single-Pass Linac-Driven X-Ray Free Electron Lasers
    • IR-Transmitting Fibers for Biomedical Applications
  • WE-Wrk-3
    Center Status Reports
    • Performance and Capabilities of the Jefferson Lab FEL User Facility
    • User Activities at FELIX
    • Status and Operational parameters of the Duke FEL facility.
    • The Stanford Picosecond FEL Center
    • Rutgers Free Electron Laser
  • TH-Wrk-1
    Biomedical and Surgical Applications
    • Experimental Ocular Surgery with the Free Electron Laser at Vanderbilt
    • Acoustic Signal Characteristics during FEL Ablation of Soft Tissue
    • Optical Stimulation of Neural Tissue using the FEL
    • Primary Experimental Studies on Mid-infrared FEL Irradiation on dental substances at BFEL
  • TH-Wrk-2
    Physics and Chemistry
    • Nuclear Physics User Program for High Intensity $\gamma$-Ray Source at Duke
    • Why nuclear/particle theorists are interested in Free Electron Lasers
    • The UK Condensed Matter Physics Programme at FELIX
    • Mechanism of Infrared-Laser Desorption and Ionization of Molecules Embedded in Solid and Liquid Matrices
  • FR-Wrk-1
    Materials Processing II
    • Long Wavelength User Applications with the Tandem Electrostatic Accelerator FEL
    • Metal processing with the Jefferson Lab FEL
    • Pulsed Laser Deposition with a High Average Power Free Electron Laser
    • Selective bond breaking in amorphous hydrogenated silicon carbide by using Duke FEL
• Workshop Poster Sessions
  • Wrk-P-1
    Physics and Chemistry
    • Quantum Size Oscillations in Complex Dielectric Function of Ultrathin Niobium Films
    • Activation of Mg implanted into GaN using a Free Electron Laser
    • Decomposition Experiment of Dioxins by IR laser Irradiation
    • Photodynamical Reaction of Ethylacetate by Infrared FEL
    • Real-Time Study of Dynamics of Pt-Si Liquid Micro-Droplets on Si Surfaces by FEL-PEEM
    • Thin-film deposition method assisted with mid IR-FEL
  • Wrk-P-2
    Instrumentation and Methods for FEL Applications
    • Experimental Instrumentation in the IR FEL Research Center of the Science University of Tokyo (FEL-SUT)
    • Second Harmonic Generation in CdTe at 22 microns with JAERI FEL
    • Optic-Tissue Interfaces for Diagnostic and Therapeutic Uses
    • Local spectroscopy by nearfield infrared microscopy with CLIO
  • Wrk-P-3
    Biomedical and Surgical Applications
    • A Superior Corneal Wound Healing Model for Use with the Free Electron Laser and Related Lasers
    • Selective removal of cholesteryl oleate through collagen films by MIR FEL
    • Thermal Ablation Studies at the S-DALINAC FEL: A Three-Dimensional Approach
    • Microspectroscopic analysis of collagen irradiated at 6.45 microns with the CLIO-FEL
    • Hydrodynamic Modeling of Pulse Structure Effects during Free Electron Laser Ablation of Tissue
    • Design and Construction of an Evanescent Optical Wave Device for the Recanalization of Vessels
    • Free Electron Laser-Treated Tisseel Aids Closure of Trabeculectomy Leaks
    • Chronic and Acute Optic Nerve Sheath Fenestration in Monkeys Using the Free Electron Laser (FEL)
• Index