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Preface | p. xix |
Dedication | p. xxi |
Organizational Committee | p. xxix |
Session Chairpersons | p. xxxi |
Contributors and Industrial Sponsors | p. xxxiii |
Photos | p. xxxv |
Atomic and Molecular Physics | |
Stopping Cross Section and Charge Exchange Study on the He[superscript + right arrow]Ne System | p. 3 |
Determination of Stopping Power of Channeled [alpha]-Particles in SiO[subscript 2] in the Backscattering Geometry | p. 7 |
Intriguing Results of Stopping Power Measurements with Light Ions Traversing Several Organic (Co) Polymer Targets | p. 11 |
Effect of Dechanneling on the Photon Emission by Ultra-Relativistic Positrons Channeling in a Periodically Bent Crystal | p. 17 |
Measurement of the Nuclear Energy Loss Under Channeling | p. 21 |
Stopping Powers of 2-10 MeV Si, P and S Ions in Ni, Cu and Ge Thin Films Using a Novel ERD-Based Technique | p. 25 |
Effects of Binding Energy on Exchange Contributions to the Stopping of Electrons | p. 29 |
Velocity Dependence of Electron Removal and Fragmentation of Water Molecules Caused by Fast Proton Impact | p. 33 |
Transfer Ionization to Single Capture Ratio for Fast Multiply Charged Ions on He | p. 36 |
High Resolution X-Ray Emission Spectroscopy | p. 40 |
Intense Laser Field Studies of Positive Ions | p. 44 |
Polarization Study of the Extreme Ultraviolet (EUV) Emission from Helium Following Electron and Proton Impact | p. 48 |
Understanding the Importance of Dynamic, Correlation, and Exchange Effects in New Low-Energy Photon Scattering Experiments | p. 52 |
Consideration of the Continuum X-Ray Background in 50-300 keV Protons on Thick Targets of Ge, Ho and Au | p. 56 |
Structures in the Energy Dependence of Classical and Quantum Bremsstrahlung | p. 60 |
Polarizational Bremsstrahlung on Atoms and Ions: Relativistic and Non-Relativistic Cases | p. 64 |
Ionization Channel in Non-Perturbative Ion-Atom Collisions Dominated by Charge Exchange | p. 68 |
Symmetry Trapping, Acceleration, and Charge Exchange Between Positive and Negative Ions in Production of Neutralized and Neutral Beams | p. 72 |
Charged Particle Trajectories in an Ideal Paracentric Hemispherical Deflection Analyser | p. 76 |
Contributions of Negative Energy States (NES) to Magnetic Dipole Transitions in the Helium Isoelectronic Sequence, and for the Neutral Alkalis | p. 80 |
Proton-Induced M X-Ray Production | p. 84 |
Non-Statistical Magnetic Substrate Populations Following Excitation of Helium by Electron and Proton Impact | p. 89 |
Projectile and Target Z-Scaling of Target K-Vacancy Production Cross Sections at 10 MeV/amu | p. 93 |
Ionization of Noble Gases by Light Ion Impact: Scaling the Single Ionization Cross Section | p. 96 |
Present Status of L-Shell X-Ray Production Cross Sections by Protons with Energies below 1 MeV | p. 100 |
Higher-Order Processes in Ion-Atom Collisions | p. 104 |
Measured Energy and Angular Distributions of Sputtered Neutral Atoms from a Ga-In Eutectic Alloy Target | p. 108 |
Generalized Oscillator Strengths of the Rare-Gas Atoms | p. 112 |
Fragmentation of H[superscript 2+ subscript 2] Ions Following Impact of Slow Xe[superscript 23+] and O[superscript 5+] Ions with H[subscript 2]: Projectile Charge and Velocity Dependence | p. 114 |
Molecular Dynamics Simulations of Collisional Cooling and Ordering of Multiply Charged Ions in a Penning Trap | p. 118 |
Reactive Collisions of Hyperthermal Ions with Oxide Surfaces | p. 122 |
Electrostatic Trap for keV Ion Beams | p. 126 |
Breakup and Recombination of Identical Bosons: He Dimer-Monomer Collisions | p. 130 |
Momentum Distributions in Fast Heavy Ion-Atom Collisions | p. 133 |
Excitation Cross Sections of (1snp) [superscript 1]P[superscript 0] (n=2-5) Levels of Helium by Fast Electron, Proton, and Molecular Hydrogen (H[superscript + subscript 2] and H[superscript + subscript 3]) Impact | p. 137 |
Beyond the Shake Process | p. 141 |
Mechanism of Secondary Ion Emission from an Al Sample under MeV Heavy Ion Bombardment | p. 145 |
Stripping Energy Dependence of A B[superscript 3+] (1s[superscript 2] [superscript 1]S, 1s2s[superscript 3]S) Beam Metastable Fraction | p. 149 |
Fragmentation of 50-100keV Molecular Hydrogen Ions in Collision with a Molecular Hydrogen Target | p. 153 |
X-Ray Emission from Electron Capture by Highly-Charged Ions | p. 157 |
Absolute Single Electron Loss in Collisions of Ar[superscript +] with Various Atoms | p. 161 |
Recent Experiments on the Roles of Projectile Electrons in Ion-Atom Collisions | p. 164 |
Ejected Electron Spectroscopy: Ionization in Ion-Atom Collisions | p. 168 |
Zero-Degree Auger Electron Spectroscopy of Quasi-Free Electrons Scattered by Highly Charged Ions | p. 172 |
High-Resolution Photoelectron Spectroscopy in Atoms and Molecules | p. 177 |
Electron-Electron and Electron-Nuclear Interactions in Fast Neutral-Neutral Collisions | p. 181 |
How Do Electrons Communicate About Time? | p. 185 |
Photoelectron Spectroscopy and the Dipole Approximation | p. 189 |
Measurement of Compton Scattered Electrons Using Monochromatic X-Rays | p. 193 |
Electrons from Neutral Projectiles and Targets: Peaks and Ramsauer-Townsend Structures | p. 197 |
Compton Profile of Multiply-Ionized Fluorine Atoms | p. 201 |
First Studies of State Selective Electron Capture from Atomic Hydrogen by State Prepared Doubly Charged Ions | p. 205 |
Electron Capture and Loss Cross Sections for Neutral Projectiles Colliding with Atoms and Molecules | p. 209 |
EUV Photon Emission Spectroscopy for Diagnostics of Single and Multiple-Electron Capture Processes in 80 keVAr[superscript 8+]+N[subscript 2] Collisions | p. 213 |
Auger Decay of Triply Excited States of Li and Be[superscript +] Projectiles Following Ion-Molecule Interactions | p. 217 |
Nuclear Physics | |
Spectrometers at RHIC | p. 223 |
Tracking Chambers at RHIC | p. 227 |
First Results from the PHOBOS Experiment at RHIC | p. 231 |
The REX-ISOLDE Beam Diagnostic System | p. 235 |
Status Report on the ISAC Radioactive Ion Beam Facility | p. 239 |
A Negative Surface Ionization Source for RIB Generation | p. 244 |
Characterization and Fabrication of Target Materials for RIB Generation | p. 250 |
RNB Production at SPIRAL/GANIL | p. 254 |
Radioactive Ion Beams at the HRIBF | p. 257 |
Experiments with Radioactive Beams at ATLAS | p. 261 |
REX-ISOLDE--Post-Accelerated Radioactive Beams at CERN-ISOLDE | p. 265 |
The Production and Generation of Radioactive Beams at Louvain-la-Neuve | p. 269 |
Research with Radioactive Beams at ORNL | p. 273 |
Breeding 10[superscript 10]/s Radioactive Nuclei in a Compact Plasma Focus Device | p. 277 |
The Development of an ECRIS Charge State-Breeder for Generating RIB's | p. 281 |
Simulation of the Effusive-Flow of Reactive Gases in Tubular Transport Systems: Radioactive Ion Beam Applications | p. 285 |
Status of the New Los Alamos UCN Source | p. 289 |
Measurements of the Electromagnetic and Spin Structure of Nucleons and Nuclei with the Bates Large Acceptance Spectrometer Toroid | p. 293 |
Tests of the Standard Model from Superallowed Fermi [beta]-Decay Studies of ISAC | p. 297 |
Predicting Long-Lived, Neutron-Induced Activation of Concrete in a Cyclotron Vault | p. 301 |
Sub-Coulomb Alpha Transfer Reactions | p. 305 |
Nuclear Physics with Fast Neutrons at LANSCE/WNR: GEANIE and FIGARO | p. 309 |
Thick Target Yields for the Reaction [superscript 18]O(p,n)[superscript 18]F above 16 MeV | p. 313 |
Utilization of the (n,n'[gamma]) Reaction for Nuclear Structure Studies of [superscript 122,124,126]Te | p. 315 |
Lifetime Measurements Using the Recoil Distance Method-Achievements and Perspectives | p. 319 |
Cross Section Measurement of [superscript 11]B(p,[alpha])[superscript 8]Be and Its Application on Boron Characterization | p. 323 |
Cold Neutron Beam Studies of Parity-Violation in the n-[alpha] and n-p Systems | p. 327 |
Effect of Symmetry Breaking on Transition Strength Distributions | p. 331 |
Production of [superscript 90]Y by the [superscript 90]Zr(n,p)[superscript 90]Y Reaction Using Neutrons Produced from a Variable Energy Cyclotron | p. 335 |
Precision Measurement of the n+p[right arrow]d+[gamma] Cross Section for Testing Big-Bang Nucleosynthesis Models | p. 339 |
A Test of the Exponential Decay Law by Photo-Production of Nuclear Isomers | p. 342 |
Study of Reactions of Fast Neutrons with Nuclei with FIGARO at LANSCE | p. 346 |
Nuclear Astrophysics Measurements Using Neutrons | p. 350 |
Nuclear Astrophysics with a Recoil Mass Separator | p. 354 |
High Temperature rp-Process Nucleosynthesis of Mo and Ru, and [beta]-Delayed Proton Emission | p. 358 |
The Front-End Systems for the Spallation Neutron Source | p. 362 |
Extension of the Electronic Gamma-Ray Spectrum Catalogue Web Site | p. 366 |
Accelerator Mass Spectrometry | |
Transmission Properties for the Recombinator-Tandetron Configuration at the National Ocean Sciences Accelerator Mass Spectrometry Facility | p. 373 |
Environmental Radiation Protection Studies Related to Nuclear Industries, Using AMS | p. 377 |
Exotic Particle Searches Using the Purdue AMS Facility | p. 382 |
A Structural Upgrade for the Iso Trace Tandetron Accelerator | p. 386 |
Ion Preparation Systems for Atomic Isobar Reduction in Accelerator Mass Spectrometry | p. 390 |
Biokinetic and Dosimetric Investigations of [superscript 14]C-Labeled Substances in Man Using AMS | p. 394 |
Microbeam AMS Measurements of PGE and Au Trace and Osmium Isotopic Ratios | p. 399 |
A 3 MV Heavy Element AMS System Using a Unique TOF Set-Up | p. 403 |
Test of Positive Ion Beams from a Microwave Ion Source for AMS | p. 407 |
Materials Analysis with Ion Beams, Pixe, Rbs, Erd, Neutrons, and Naa Microbeams, Other Techniques | |
Practical Limitations of GUPIX | p. 413 |
Applications of PIXE with 68 MeV Protons | p. 417 |
A Forensic Application of PIXE Analysis | p. 421 |
Study of the Elemental Composition of Yellow Pine Using Particle Induced X-Ray Emission (PIXE) | p. 425 |
Investigation of Ancient Human Bone by Means of Ionoluminescence and [mu]PIXE | p. 428 |
High Energy Ion Beam Analysis of Buried [alpha]-Fe[subscript 2]O[subscript 3](0001)/[alpha]-Al[subscript 2]O[subscript 3](0001) Interface | p. 432 |
Characterization of Multilayer Thin Film Optical Filters Using RBS | p. 436 |
RBS and NRA of Cobalt Oxide Thin Films Prepared by The Sol-Gel Process | p. 440 |
Ion Beam Characterization of Advanced Metallization for ULSI Applications | p. 443 |
Simultaneous Analysis of Multiple Elements by Combined Ion-Beam Methods | p. 447 |
Double Alignment Channeling at CIM--Alabama AandM University | p. 451 |
Investigation of Alkali Ion Exchange Processes in Waste Glasses Using Rutherford Backscattering Spectrometry and Nuclear Reaction Analysis | p. 454 |
Ion Beam Analysis with Monolayer Depth Resolution Using the Electrostatic Spectrometer at the MPI Stuttgart | p. 458 |
RBS and HFS for Advanced Interconnect | p. 463 |
Hydrogen Analysis of Epitaxial Cu(111)/Nb(110) Multilayer Using MeV Ion Beams | p. 466 |
Advanced RBS Analysis of Thin Films in Micro-Electronics | p. 470 |
Strain Measurement of Semiconductor Multi-Layers by Ion Channeling, High Resolution XRD and Raman Spectroscopy | p. 476 |
Depth Profiling Code for Analysing ERD-TOF Spectra | p. 480 |
Enhanced Hydrogen Detection and Depth Profiling System Using Coincidence Techniques | p. 484 |
Heavy Ion ERD of Nitrides with a Position-Sensitive Gas Ionization Detector | p. 487 |
Coded Aperture Fast Neutron Analysis: Latest Design Advances | p. 491 |
Methods for Quality Control/Quality Assurance of k[subscript 0]-Assisted Neutron Activation Analysis | p. 495 |
Monitoring of D-T Accelerator Neutron Output in a PGNAA System Using Silicon Carbide Detectors | p. 499 |
The Preparation and Characterization of Synthetic Multi-Element Standards for Testing the Performance of k[subscript 0]-NAA: the State of Affairs | p. 504 |
Applications of Nuclear Analytical Techniques to Environmental Studies | p. 508 |
Metallic Pollutants in Mexico Valley | p. 512 |
Radiation Effects Microscopy | p. 516 |
Report on the Acadiana Research Laboratory Nuclear Microprobe System | p. 522 |
Latent Ion Tracks in Mica Studied with Scanning Force Microscopy in Air and in Vacuum | p. 526 |
Heavy Ion Microbeam Studies of Diffusion Time Resolved Charge Collection from p-n Junctions | p. 531 |
The Study of Phosphor Efficiency and Homogeneity Using a Nuclear Microprobe | p. 535 |
The Recent Progress of the High-Energy Heavy Ion Nuclear Microprobe at the University of North Texas | p. 539 |
Dependence of Heavy Ion Induced Secondary Ion Emission on Electric Conductivity in MeV Energy Range | p. 543 |
Diffusion of TiN into Aluminum Films Measured by Soft X-Ray Spectroscopy | p. 548 |
Detectors and Spectrometers | |
An Anti-Comption Suppression Ge-Telescope Detection System for Quality Control of Nuclear Waste Packages | p. 555 |
The Argonne Fragment Mass Analyzer and Measurements of Entry Distributions | p. 559 |
Neutron and Simultaneous Gamma Detection with LiBaF[subscript 3] Scintillator | p. 563 |
Pulse-Height Spectrum Measurement Experiment for Code Benchmarking: Initial Results | p. 567 |
SONTRAC--A Scintillating Plastic Fiber Tracking Detector for Neutron and Proton Imaging Spectroscopy | p. 571 |
Absolute Calibration of the In-Beam Proton Polarimeter at IUCF | p. 575 |
Neutron Spectrometry in Neutron and Charged-Particle Mixed Fields with Phoswich Neutron Detector | p. 579 |
The Gamma Ray Energy Tracking Array | p. 583 |
Fractional Counts--The Simulation of Low Probability Events | p. 587 |
Multielement Silicon Detectors for Registration of Charged Particles, X-Rays and Gamma-Radiation | p. 591 |
Accelerator Technology: Ion Sources, New Facilities and Components | |
Application of ECR Ion Sources for Surface Modification of Materials | p. 599 |
New Ion Beam Development at Kansas State University | p. 603 |
Solid State Pulsed Power Systems for Plasma Source Ion Implantation | p. 607 |
Laser Ion Source for On-Line Production of Exotic Nuclei | p. 611 |
Photocathode Electron Gun Applications in Research and Industry | p. 615 |
Emittance Studies of ARTEMIS--The New ECR Ion Source for the Coupled Cyclotron Facility at NSCL/MSU | p. 619 |
Spatial Distribution of Ion Species in a Source Plasma for Broad Beams | p. 623 |
The VERA Heavy Ion Program--Status and Prospects | p. 627 |
Accelerator System at the Wakasa-wan Energy Research Center | p. 631 |
The NSCL Coupled Cyclotron Project: Status and Latest News | p. 635 |
Recycling and Recommissioning a Used Biomedical Cyclotron | p. 639 |
The New IBA Laboratory to Be Installed at Universidad Autonoma de Madrid | p. 643 |
Radiation Effects Facilities, Dosimetry and Program at the Indiana University Cyclotron Facility | p. 647 |
A CW RFQ Injector for the IUCF Cyclotron | p. 651 |
Electrostatic Focusing Accelerator Consisting of Multiple Coaxial Cylinders | p. 655 |
High-Intensity [gamma]-Ray Source | p. 659 |
Conceptual Design of a 100 MW Electron Beam Accelerator Module for the National Hypersonic Wind Tunnel Program | p. 663 |
Laser-Cooling of Ions and Ion Acceleration in the RF-Quadrupole Ring Trap PALLAS | p. 667 |
The CERN-EU Radiation Facility for Dosimetry at Flight Altitude and in Space | p. 671 |
Simulation of Cosmic Neutron Flux Using an Electron Linac | p. 675 |
RIKEN RI Beam Factory Project | p. 679 |
A Portable Neutron/Tunable X-Ray Source Based on Inertial Electrostatic Confinement | p. 683 |
A High Intensity Radiation Effects Facility | p. 687 |
Applications for the RFD Linac Structure | p. 692 |
Status Report of the Development of a Multi-mA Self-Extracted H[superscript +]-Beam Cyclotron | p. 696 |
Synchrotron Experiments and Facilities | |
Threshold Photoelectron Spectroscopy Using Synchrotron Radiation | p. 703 |
Chemical State Analysis of Iron in Nerve Cells | p. 707 |
Recent Results in Photoionization of Atoms and Ions Using Undulator Radiation | p. 711 |
Synchrotron Radiation Total Reflection for Rainwater Analysis | p. 715 |
Quantitative Analysis of Biomedical Samples Using Synchrotron Radiation Microbeams | p. 720 |
LIGA Spinnerets for Microfibers | p. 724 |
The New Normal-Incidence-Monochromator Facility at CAMD | p. 730 |
The Development of the GCPCC Protein Crystallography Beamline at CAMD | p. 734 |
Positron Experiments | |
An Intense, Compact Fourth-Generation Positron Source Based on Using a 2 MeV Proton Accelerator | p. 741 |
Slow Positron Beams--A Versatile Tool for Studying Ion Implantation Defect Related Phenomena | p. 745 |
Positron Annihilation Studies on Stable and Undercooled Metal Melts at the Stuttgart Pelletron | p. 749 |
Low Energy Positrons at Semiconductor Surfaces | p. 753 |
Fusion Experiments | |
Performance Enhancement of Negative Ion Sources for the JT-60U Tokamak | p. 759 |
Fusion Neutronics--Streaming, Shielding, Heating, Activation | p. 763 |
Integrated Neutral Beam Measurements in a Tokamak Environment | p. 768 |
Radiation Processing: Facilities and Applications | |
A New Electron Accelerator Facility for Commercial and Educational Uses | p. 775 |
Performance of the Electron Beam Fluidized Bed Process for Disinfection and Disinfestations of Stored Products | p. 779 |
Treatments of Foods with High-Energy X Rays | p. 783 |
A Sub-Picosecond Pulsed 5 MeV Electron Beam System | p. 787 |
Medical Applications: Positron Emission Tomography and Targets, Radioisotope Production, Particle Therapy Bnct Measurements | |
Characterization of Neutron and Photon Sources from a 10.5 MeV Proton Beam on [[superscript 18]O] Enriched Water | p. 793 |
Target and Accelerator Developments at CTI | p. 799 |
GE PET Trace and Associated Systems, 4 Years Experience in Cambridge | p. 804 |
A Multi-Run Chemistry Module for the Production of [[superscript 18]F] FDG | p. 808 |
The Plasma Separation Process as a Pre-Cursor for Large Scale Radioisotope Production | p. 814 |
Thermal Performance of CTI, Inc. Enriched Water Targets | p. 817 |
On the Production of Radioactive Stents | p. 824 |
Proposal for a New High-Energy Isotope Production Facility at LANSCE | p. 828 |
Computer Study of Isotope Production for Medical and Industrial Applications in High Power Accelerators | p. 833 |
Radio Indium and Gallium Labeled Porphyrins for Medical Imaging | p. 837 |
Non-Standard Isotope Production and Applications at Washington University | p. 841 |
Production of Ultra-Pure I-123 from the [superscript 123]Te(p,n)[superscript 123]I Reaction | p. 845 |
Cyclotron Production and Potential Clinical Application of Iodine-124 Labeled Radiotracers | p. 849 |
Industrial Production of [superscript 131]I by Neutron Irradiation and Melting of Sintered TeO[subscript 2] | p. 853 |
The IBA State-Of-The-Art Proton Therapy System, Performances and Recent Results | p. 857 |
Proton Synchrotrons for Cancer Therapy | p. 861 |
Ion Beam Therapy: Overview of the World Experience | p. 865 |
Progress of Particle Therapy in Japan | p. 869 |
Medical Applications of in vivo Neutron Inelastic Scattering and Neutron Activation Analysis: Technical Similarities to Detection of Explosives and Contraband | p. 873 |
Uranium Target for Electron Accelerator Based Neutron Source for BNCT | p. 877 |
Neutron Capture Therapy (NCT) Enhancement of Fast Neutron Radiotherapy: Application to Non-Small Cell Lung Cancer | p. 881 |
Ion Implantation: Semiconductors, Materials Modification, Clusters, Nanotubes, Organic Materials, Sources for Implantation | |
Fermi-Level Dependent Diffusion of Ion-Implanted Arsenic in Germanium | p. 887 |
The Alternative Ion Implantation Approaches for Ultra-Shallow Junction | p. 891 |
Slicing Dielectric Crystals with Ions: A New Material Processing Technique for Electronic and Optoelectronic Materials Integration | p. 896 |
Recoil Implantation of Boron into Silicon by High Energy Silicon Ions | p. 900 |
Low Energy Implantation of Boron with Decaborane Ions | p. 904 |
Ultra Shallow Sb Doped Layer Formation in Si(001) by the Use of Recoil Implantation | p. 908 |
Low Energy Ion Beams for Surface Modification and Film Deposition | p. 911 |
Development of Corrosion-Resistant Metal Nitride Coatings via Ion Beam Assisted Deposition | p. 915 |
Ion Beam Induced Pore Structure Changes in Porous Silicon | p. 919 |
Comparison Between Two Deposition Methods for Zirconia Film | p. 924 |
Effects of Proton Irradiation on the Critical Current Densities of YBa[subscript 2]Cu[subscript 3]O[subscript 7-[delta] Thin Films | p. 928 |
Measurement of Elastic Deformation of a Thin Foil by MeV-Energy Heavy Ion Irradiation | p. 931 |
In Situ Imaging of Highly Charged Ion Irradiated Mica | p. 935 |
Functional Fabrication of MEMS by Ion Implantation | p. 939 |
Experiments Using a 200 kV Implanter and a 5 MV Tandem Accelerator | p. 943 |
Film Growth Using Mass-Separated Ion Beams | p. 947 |
Diffusion and Roughening during Ion Beam Erosion of Graphite Surfaces | p. 951 |
Films Formed by Hybrid Pulse Plasma Coating (HPPC) System | p. 955 |
Chemical Functionalization and Modification of Carbon Nanotubes through Ion Bombardment | p. 959 |
DLC Film Formation by Ar Cluster Ion Beam Assisted Deposition | p. 963 |
Molecular Dynamics Simulations of Cluster Ion Implantation for Shallow Junction Formation | p. 967 |
Defects and Nanocluster Engineering in MgO | p. 971 |
Size-Specific Reactions of Transition Metal Clusters in Collision with Simple Molecules | p. 975 |
Low Energy Cluster Beam Deposition: A Novel Approach to the Synthesis of Nanostructured Materials | p. 979 |
A Two-Step Annealing of Shallow Junctions Formed by GeB[superscript -] Cluster Ion Implantation of Si | p. 983 |
Nonlinear Effect of Carbon Cluster Induced Damage in Silicon | p. 987 |
Development of Gas Cluster Ion Beam Equipment | p. 991 |
O[subscript 2] Cluster Ion Assisted Deposition for Tin Doped Indium Oxide (ITO) Films | p. 995 |
Small Clusters in Strong Laser Fields | p. 999 |
STM Observation of a Si Surface Irradiated with a Single Ar Cluster Ion | p. 1003 |
The Extraction of Small Cluster Ions from Cesium Sputtering Ion Source | p. 1007 |
Spatial Control of Nanoparticle Structures Using Dynamic Processes under High Flux Cu[superscript -] Implantation | p. 1011 |
Application of Ionizing Radiation for Nano-Cluster Engineering | p. 1015 |
Formation and Application of Metal Nanoclusters in SiC | p. 1020 |
Application of Ion Beams for Polymeric Carbon Based Biomaterials | p. 1024 |
A Negative Ion Beam Application for Improving Biocompatibility of Polystyrene Surface | p. 1028 |
Plasma Source Ion Implantation Technology for Engineering Surfaces of Materials | p. 1032 |
Resonance Ultrasonic Vibrations in Cz-Si Wafers as a Possible Diagnostic Technique in Ion Implantation | p. 1036 |
Ultrasonic Pulse from Fast Heavy-Ion Irradiation on Solids | p. 1040 |
Ion Beam Enhanced Emission of Charged Particles from Hot Graphite | p. 1044 |
High Power Photoconductive Semiconductor Switches Treated with Amorphic Diamond Coatings | p. 1047 |
Nondestructive Analysis: Detection of Drugs, Nuclear Materials, Explosives, Cement Analysis | |
FIGARO: Detecting Nuclear Material Using High-Energy Gamma Rays from Oxygen | p. 1053 |
Relocatable Cargo X-Ray Inspection Systems Utilizing Compact Linacs | p. 1057 |
NELIS--An Illicit Drug Detection System | p. 1061 |
A Commercial Elemental On-Line Coal Analyzer Using Pulsed Neutrons | p. 1065 |
Detection of Explosives with the PELAN System | p. 1069 |
A Portable System for Nuclear, Chemical Agent and Explosives Identification | p. 1073 |
Study of Cement Chemistry with Nuclear Resonant Reaction Analysis | p. 1077 |
A New On-Belt Elemental Analyser for the Cement Industry | p. 1081 |
Tomography and Radiography | |
The Detector Problem in Fast Neutron Radiography | p. 1087 |
Computed Tomography Investigation of Microgravity-Tested Sand Samples | p. 1091 |
Cold Neutron and Monochromatic X-Ray Micro-Tomography | p. 1095 |
Neutron Radiography Activity in the European Program Cost 524: Neutron Imaging Techniques | p. 1099 |
An Accelerator System for Neutron Radiography | p. 1105 |
Fast Neutron Resonance Radiography for Security Applications | p. 1109 |
Recent Results in the Development of Fast Neutron Imaging Techniques | p. 1113 |
Development of Semiconductor Detectors for Fast Neutron Radiography | p. 1118 |
Teaching Undergraduates with Accelerators | |
Upper-Division Student Laboratory Experiments with a 2.5 MV Van de Graaff Accelerator | p. 1125 |
PIXE and Moseley's Law | p. 1128 |
Accelerator-Based Techniques for the Support of Senior-Level Undergraduate Physics Laboratories | p. 1132 |
Undergraduate Participation in the Crystal Ball Baryon Spectroscopy Program at Brookhaven National Laboratory | p. 1135 |
Targets for Nuclear Research | |
Tritium Target Manufacturing for Use in Accelerators | p. 1141 |
Preparation of Actinide Targets by Electrodeposition for Heavy-Ion Studies and Laserspectroscopic Investigations | p. 1144 |
Status of the Target Development for the Heavy Element Program | p. 1148 |
Isotopic Germanium Targets for High Beam Current Applications at GAMMASPHERE | p. 1152 |
Temperature Calculations of Heat Loads in Rotating Target Wheels Exposed to High Beam Currents | p. 1155 |
Appendix | |
List of Participants | p. 1161 |
Author Index | p. 1189 |
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