- Basic Plasma Phenomena
- Computational Physics and Techniques
- Space Plasmas
- Partially Ionized Plasmas
- Dusty and Strongly-Coupled Plasmas
- Plasma Chemistry
Microwave Generation and Plasma Interactions
- Intense Beam Microwave Generation
- Fast-Wave Devices
- Slow-Wave Devices
- Vacuum Microelectronics and THz Devices
- Codes and Modeling
- Non-Fusion Microwave Systems
- Microwave Plasma Interaction
Charged Particle Beams and Sources
- Plasma, Ion, and Electron Sources
- Intense Electron and Ion Beams
High Energy Density Plasmas and Applications
- Fusion (Inertial, Magnetic and Alternate Concepts)
- Particle Acceleration with Laser and Beams
- Radiation Physics, X-Ray Lasers
- High Energy Density Matter
- Laser Produced Plasmas
- Fast Z-Pinches
- Plasma Material Interactions
Industrial, Commercial, and Medical Applications
- Nonequilibrium Plasma Applications
- High Pressure and Thermal Plasma Processing
- Plasma Thrusters
- Plasmas for Lighting, Displays, and Microdischarges
- Environmental and Industrial Applications
- Plasma Medicine and Biological Effects
Diagnostics
- Microwave, FIR, Optical, and X-Ray Diagnostics
- Particle Diagnostics
- Pulsed Power Diagnostics
Pulsed Power and Other Plasma Applications
- Insulation and Dielectric Breakdown
- Opening and Closing Switches
- Generators and Networks
- Compact and Rep-Rated Pulsed Power
