Electrostatic particle-size classification of lunar regolith for in-situ resource utilization

Earth & Environmental Sciences

• resource utilization 64%
• regolith 60%
• lunar soil 38%
• particle size 38%
• in situ 33%
• discrete element method 31%
• Moon 26%
• new technology 25%
• numerical method 25%
• airflow 25%
• drilling 20%
• particle 13%
• chemical 13%
• experiment 10%

Physics & Astronomy

• in situ resource utilization 100%
• regolith 76%
• electrostatics 41%
• lunar environment 31%
• lunar exploration 31%
• lunar soil 29%
• moon 21%
• drilling 20%
• air flow 20%
• performance 7%

Engineering & Materials Science

• Electrostatics 57%
• Particle size 50%
• Lunar missions 37%
• Electrostatic force 36%
• Moon 31%
• Finite difference method 27%
• Numerical methods 23%
• Drilling 23%
• Soils 21%
• Air 14%
• Experiments 9%