SUMMARY
This discussion focuses on the methodology for exploring the presence of sublimated water on the Moon, specifically targeting the South Polar region. The proposed approach involves achieving a polar orbit by coasting to the Lagrangian point between Earth and the Moon, followed by a landing strategy akin to Mars rover missions. A laser will be utilized to sublimate water ice from the crater walls, enabling spectral analysis of the resulting hydrogen. This technique aims to confirm the existence of water on the lunar surface.
PREREQUISITES
- Understanding of lunar orbital mechanics
- Familiarity with Lagrangian points
- Knowledge of laser sublimation techniques
- Experience with spectral analysis methods
NEXT STEPS
- Research lunar polar orbit insertion techniques
- Study the operational principles of laser sublimation
- Explore spectral analysis tools for hydrogen detection
- Investigate Mars rover landing methodologies
USEFUL FOR
Aerospace engineers, planetary scientists, and researchers focused on lunar exploration and water detection methodologies.