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with a mean particle size of approximately 7 µm
and handling systems
LSP-2 simulates the regolith found at the south pole of the Moon - terrain characterized by its feldspathic (anorthosite-rich) composition with basaltic components and particle size distributions informed by remote sensing and returned Apollo sample analog studies
specifically modeled after the Murchison meteorite — one of the most extensively studied and organic-rich meteorites available
for scientific research
Lunar Mare Dust Simulant (LMS-1D) - Fine-Dust Research & Environmental Testing Units:Per Kg with a mean particle sizeWhat Lunar Mare Dust Simulant LMS 1D is A fine dust lunar mare regolith simulant engineered with particle sizes <30 m (mean ~6 m) for experiments requiring high fidelity basaltic lunar dust analogs in environmental, biological, and hardware exposure testing. What This Simulant Represents LMS 1D is a fine dust variant of the Lunar Mare Regolith Simulant (LMS 1), developed to represent the ultra fine fraction of basaltic lunar regolith that governs dust
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