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  • PL1: Super-Plenary
  • 16th IEEE International Pulsed Power Conference

    Albuquerque, New Mexico, June 17-22, 2007
    Edl Schamiloglu and Frank Peterkin

    Preamble

    PL1: Super-Plenary

    PL1-B: Super-Plenary Part II

    PL2: Tuesday Joint Plenary with SOFE

    PL3: Wednesday Plenary - PSAC Award Address

    PL4: Thursday Extended Plenary - Erwin Marx Award Address

    PL5: Friday Extended Plenary - Peter Haas Award Address

    1P: Basic Plasma Phenomena (P)

    1P: X-Ray Diagnostics (P)

    1P: Plasma, Ion, and Electron Sources (P)

    1P: Plasmas for Lighting, Displays, and Microdischarges (P)

    1P: Closing Switches (P1)

    1P: High Current/High Power Pulsers (P)

    1P: Charged Particle and Neutron Diagnostics (P)

    1A: Plasmas for Lighting, Displays, and Microdischarges

    1B: Plasma, Ion, and Electron Sources (1)

    1C: Basic Plasma Phenomena (1)

    1D: X-ray, Charged Particle, and Neutron Diagnostics

    1E: High Current/High Power Pulsers

    1F: Closing Switches (1)

    2A: High Power Microwaves (1)

    2B: High Energy Capacitors, Transmision Lines, and Transformers

    2C: Medical, Biological, & Environmental Applications (1)

    2D: Fast Z-Pinches & Radiation Sources (1)

    2E: Basic Plasma Phenomena (2)

    2F: Microwave/RF Plasma Interactions

    2P: High Energy Capacitors (P)

    2P: Optical and Microwave Diagnostics (P)

    2P: Atmospheric-Pressure Nonthermal Plasmas (P1)

    2P: Medical, Biological, & Environmental Applications (P1)

    2P: Closing Switches (P2)

    2P: Compact Pulsed Power (P)

    2P: Pulsed Power Diagnostics (P)

    2P: Microwave/RF Plasma Interactions (P)

    2P: Transmission Lines and Transformers (P)

    2P: Fast Z-Pinches & Radiation Sources (P1)

    3A: Fast Wave Devices - Gyroamplifiers and Novel Concepts

    3B: Compact Pulsed Power

    3C: Closing Switches (2)

    3D: Atmospheric-Pressure Nonthermal Plasmas (1)

    3E: Intense Electron and Ion Beams (1) - Radiography Applications

    3F: Optical, Microwave, and Pulsed Power Diagnostics

    4A: Fast Z-Pinches & Radiation Sources (2)

    4B: Low Pressure Non-Equilibrium Plasma Processing

    4C: Thrusters

    4D: Medical, Biological, & Environmental Applications (2)

    4E: High Power Microwaves (2)

    4F: Repetitive Pulsed Power Systems

    3P: Thrusters (P)

    3P: Atmospheric-Pressure Nonthermal Plasmas (P2)

    3P: Medical, Biological, & Environmental Applications (P2)

    3P: High Power Microwaves (P1)

    3P: Intense Electron and Ion Beams (P)

    3P: Opening Switches (P)

    3P: Low Pressure Non-Equilibrium Plasma Processing (P)

    3P: Repetitive Pulsed Power Systems (P)

    3P: Vacuum Microelectronics (P)

    3P: Fast Z-Pinches & Radiation Sources (P2)

    3P: Inertial Confinement Fusion and High Energy Density Hydrodynamics (P)

    3P: Post-Deadline Submissions (P)

    5A: High Energy Density Hydrodynamics

    5B: Atmospheric-Pressure Nonthermal Plasmas (2)

    5C: Intense Electron and Ion Beams (2) - Transport

    5D: ZR & Compact Pulsed Power

    5E: Vacuum Microelectronics & High Power Microwaves

    5F: Opening Switches

    PD1: Panel Discussion on High Power Microwaves: Where is it going?

    6A: Solid State Switches

    6B: Slow Wave Devices (1)

    6C: Medical, Biological, & Environmental Applications (3)

    6D: High Current Accelerators - Charged Particle Beams

    6E: Dusty Plasmas

    6F: Computational Physics and Techniques

    4P: Slow Wave Devices (P)

    4P: Explosive Power Generators (P)

    4P: Computational Physics and Techniques (P)

    4P: Solid State Switches (P)

    4P: Microwave Systems (P)

    4P: Medical, Biological, & Environmental Applications (P3)

    4P: High Current Accelerators- Charged Particle Beams (P)

    4P: Laser Plasmas and Particle Acceleration (P)

    4P: Generators & Networks (P)

    7A: Explosive Power Generators

    7B: Fast Wave Devices - Gyrotrons

    7C: Microwave Systems

    7D: Laser Plasmas and Particle Acceleration

    7E: Atmospheric-Pressure Nonthermal Plasmas (3)

    7F: Intense Electron and Ion Beams (3) / Plasma, Ion, and Electron Sources (2)

    8A: Thermal Plasma Chemistry and Materials Processing

    8B: Dusty Plasmas (2) / Computational Physics and Techniques (2)

    8C: Pulsed Power for Lasers

    8D: Power Supplies and Modulators

    8E: Slow Wave Devices (2)

    8F: Insulation & Dielectric Breakdown (1)

    5P: Thermal Plasma Chemistry and Processing (P)

    5P: High Power Microwaves (P2)

    5P: Dusty Plasmas (P)

    5P: Space Plasmas (P)

    5P: Rotating Machines (P)

    5P: Power Supplies and Modulators (P)

    5P: Insulation and Dielectric Breakdown (P)

    5P: Fast Z-Pinches & Radiation Sources (P3)

    5P: Magnetic Fusion Energy & Alternate Concepts (P)

    5P: Pulsed Power for Lasers (P)

    5P: Electromagnetic Launch (P)

    9A: Inertial Confinement Fusion

    9B: Space Plasmas

    9C: Fast Z-Pinches & Radiation Sources (3)

    9D: Electromagnetic Launch

    9E: High Power Microwaves (3)

    9F: Insulation & Dielectric Breakdown (2)