SUMMARY
NASA does not utilize the Biefeld-Brown effect for space propulsion due to its inability to generate sufficient torque and thrust for lifting vehicles. The effect requires a surrounding medium to ionize, making it impractical for space applications where fuel is necessary. Current electric propulsion technologies, such as electrostatic and electromagnetic thrusters, operate effectively at lower voltages than the 20kV needed for the Biefeld-Brown effect. The lifting capacity of this method is minimal, and its energy requirements are excessively high, leading to skepticism about its viability in a vacuum.
PREREQUISITES
- Understanding of electric propulsion technologies
- Familiarity with ionization processes in space environments
- Knowledge of thrust-to-weight ratios in propulsion systems
- Basic principles of electrostatics and electromagnetic forces
NEXT STEPS
- Research electrostatic thrusters and their operational principles
- Explore electromagnetic propulsion systems and their applications
- Investigate the theoretical specific impulse of the Biefeld-Brown effect
- Examine current advancements in electric propulsion technologies
USEFUL FOR
Aerospace engineers, propulsion system designers, and researchers interested in advanced electric propulsion technologies and theoretical physics.