SUMMARY
The average temperatures of electrons and ions in field-reversed configuration (FRC) plasma, specifically for p-11B and D-D reactions, are critical for understanding plasma behavior. Current goals aim for temperatures up to 10 keV, with documented examples showing 2 keV for ions and 0.5 keV for electrons. Some research indicates a target temperature of 5 keV, which is considered modest. The D-D reaction is noted to be easier than p-11B due to the lower temperature of boron ions compared to protons or electrons.
PREREQUISITES
- Understanding of plasma physics concepts
- Familiarity with field-reversed configuration (FRC) systems
- Knowledge of ion and electron temperature measurements
- Basic principles of nuclear fusion reactions, particularly p-11B and D-D
NEXT STEPS
- Research the document "Field-Reversed Configuration Plasma" for detailed temperature data
- Explore the implications of achieving 10 keV in FRC systems
- Investigate the differences in ion temperatures between p-11B and D-D reactions
- Study the impact of atomic number (Z) on plasma behavior, particularly for boron ions
USEFUL FOR
Researchers in plasma physics, nuclear fusion engineers, and students studying advanced plasma configurations will benefit from this discussion.