P. Zanon, M. Dunn, G. Brooks | 2023 | Acta Astronautica
DOI 10.1016/j.actaastro.2023.09.031Review state
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This review discusses current lunar dust mitigation techniques and future directions, highlighting the need for improved solutions addressing ultra-fine dust and passive mitigation strategies. It identifies thirty-one methods, with only four having a Technology Readiness Level (TRL) of 7 and above. The electrodynamic dust shield is noted as the most promising technology. The provided text is a collection of references and citations related to lunar dust, its properties, interactions, and mitigation strategies. It includes academic papers, NASA reports, and technical documents discussing topics such as adhesion, transport, toxicity, and methods for removing or preventing lunar dust contamination. The text also references various technologies and concepts for dust mitigation, including electrodynamic dust shields, electrostatic methods, and filtration systems. The article discusses current research and developments in the field of lunar and planetary exploration, focusing on the challenges and innovations in space robotics, surface operations, and in-situ resource utilization. It highlights the importance of international collaboration and the role of emerging technologies in advanci
These are the records this paper contributes to the simulant, returned sample, method, and property browsers.
Apollo 12 | Moon | Ground-truth measurements
Technology Readiness Level (TRL) rating
assessment | mitigation assessment
Mitigation category classification
classification | mitigation strategy
Method identification
enumeration | technique inventory
DDE experiment
Data collection
LADEE system
Data collection
Photoelectric dust cleaning system
Cleaning
Dust mitigation design incorporated infrastructure 2 Concepts formulated
Conceptual | Infrastructure design
Neutralisation and Elimination (Broad passive mitigation) Electrostatic neutraliser 4 System demonstrated in vacuum
Testing | Passive mitigation
Particle size distribution
Varies depending on the sample and experiment.
Mineral composition
Varies depending on the sample and experiment.
Optical properties
Varies depending on the sample and experiment.
mean particle size
500 nm
dust removal efficiency
95%
Dust Removal Efficiency
90% - 98.35%
Dust Removal Method
Brushing, Electrostatics, Spray Cleaning
Static adhesion reduction
Effective