Nanoscale characterization of space weathering in lunar samples
AM Grice, PC Stancil, M Ghafariasl, S Singh… - Scientific Reports, 2025 - nature.com
Abstract Nanoscale Fourier transform infrared (Nano-FTIR) imaging and spectroscopy
correlated with photoluminescence measurements of lunar Apollo samples with different …
correlated with photoluminescence measurements of lunar Apollo samples with different …
Nanoscale Characterization of Space Weathered Lunar Samples
High-resolution nanoscale Fourier transform infrared (Nano-FTIR) imaging and
spectroscopy correlated with photoluminescence measurements of a lunar ilmenite basalt …
spectroscopy correlated with photoluminescence measurements of a lunar ilmenite basalt …
[PDF][PDF] Structure and formation mechanism of lunar regolith
L Qin, Z Yue, S Gou, Y Zhang, G Wei, K Shi… - Space: Science & … - spj.science.org
Lunar regolith is a thin layer of weakly cohesive detrital materials covering the lunar surface.
Studies on returned lunar samples have revealed that the lunar regolith mainly consists of …
Studies on returned lunar samples have revealed that the lunar regolith mainly consists of …
Optical Maturity (OMAT)
B Cudnik - Encyclopedia of Lunar Science, 2023 - Springer
Space weather agents and geologic processes have altered the lunar surface over its 4.5
billion year history in terms of its optical properties, physical properties, and geochemical …
billion year history in terms of its optical properties, physical properties, and geochemical …