Laboratory IR spectroscopy of soils from Apollo 14, 15, and 16: Spectral parameters and maturity
Abstract Sieved size fractions (0–25 μm, 25–63 μm, 63–125 μm, and 125–250 μm)
and bulk (unsieved) material from lunar soils from Apollo 14 (14163, 135 and14259, 672) …
and bulk (unsieved) material from lunar soils from Apollo 14 (14163, 135 and14259, 672) …
Spectral characterization of Bennu analogs using PASCALE: a new experimental set‐up for simulating the near‐surface conditions of airless bodies
KL Donaldson Hanna, NE Bowles… - Journal of …, 2021 - Wiley Online Library
We describe the capabilities, radiometric stability, and calibration of a custom vacuum
environment chamber capable of simulating the near‐surface conditions of airless bodies …
environment chamber capable of simulating the near‐surface conditions of airless bodies …
Identification of potential mantle rocks around the lunar Imbrium basin
JM Bretzfelder, RL Klima… - Geophysical …, 2020 - Wiley Online Library
Basin‐forming impacts expose material from deep within the interior of the Moon. Given the
number of lunar basins, one would expect to find samples of the lunar mantle among those …
number of lunar basins, one would expect to find samples of the lunar mantle among those …
Bidirectional reflectance distribution function measurements of characterized Apollo regolith samples using the visible oxford space environment goniometer
RJ Curtis, TJ Warren, KA Shirley… - … & Planetary Science, 2024 - Wiley Online Library
A laboratory study was performed using the Visible Oxford Space Environment Goniometer
in which the broadband (350–1250 nm) bidirectional reflectance distribution functions …
in which the broadband (350–1250 nm) bidirectional reflectance distribution functions …