#LPSC2023
#LPSC2023
Program with Links to Abstracts
Schedule Overview
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Poster Session: Material Analogues
Wednesday, March 15, 2023, 6:30 PM
iPosters/Gather.town
Summers A. W.*
Zanetti M. R.
The Lunar Regolith Terrain (LRT) Field: A New Lunar Surface Planetary Analog Facility at NASA Marshall Space Flight Center (MSFC)
[#2758]
Marshall Space Flight Center has developed a new new lunar surface test area to assist in the research and development of lunar surface technology and con-ops.
Marshall Space Flight Center has developed a new new lunar surface test area to assist in the research and development of lunar surface technology and con-ops.
Tucker E. Z.*
Abedin M. N.
Wincheski R. A.
Rickman D. L.
Characterization of NU-LHT-4M Lunar Regolith Simulant Using Different Raman Configurations
[#1264]
We report Raman spectroscopy measurements of NU-LHT-4M, a lunar simulant, using different measurement configurations, including a portable Raman system.
We report Raman spectroscopy measurements of NU-LHT-4M, a lunar simulant, using different measurement configurations, including a portable Raman system.
Velbel M. A.*
Alemao E. P.
Bischer B. L.
Gorantla S.
Hawkins K. F.
et al.
Grain Shape (Form and Surface Texture) Analysis of Some Mars and Lunar Regolith Simulants
[#2398]
We reports results of ongoing efforts to describe and interpret similarities and differences in grain shape among different synthetic regolith simulants.
We reports results of ongoing efforts to describe and interpret similarities and differences in grain shape among different synthetic regolith simulants.
Mironov D. D.*
Agapkin I. A.
Slyuta E. N.
New Martian Soil Simulant VI-M2 for Geochemical and Astrobiological Experimental Research
[#1513]
New Mars soil simulant VI-M2 corresponds to the chemical, mineral, and physical composition of the soil and rocks in Eagle Crater and the surface of Mars.
New Mars soil simulant VI-M2 corresponds to the chemical, mineral, and physical composition of the soil and rocks in Eagle Crater and the surface of Mars.
Pan C. A.*
Mao W. S.
Fu X. H.
Wu Z. C.
Zhang J.
et al.
The Color Centers Formation in Chloride Induced by Space Radiation
[#1878]
The color centers formation in chloride induced by space radiation.
The color centers formation in chloride induced by space radiation.
Davidson J.*
Wadhwa M.
Sutton S.
Hervig R. L.
Thordarson T.
Correlated Microscale Investigations of Hydrogen Isotopes, Water Concentrations, and Redox State of Nominally Anhydrous Minerals in Icelandic Basalts: Implications for Magmatic Processes on Mars
[#1287]
We report combined H2O-δD-Fe3+/ΣFe systematics of Icelandic basalt NAMs to understand the variability in H isotopes and redox in martian meteorites.
We report combined H2O-δD-Fe3+/ΣFe systematics of Icelandic basalt NAMs to understand the variability in H isotopes and redox in martian meteorites.
Hoffmann V. H.*
Junge M.
Kaliwoda M.
Hentschel F.
Schmahl W. W.
Combining Digital Microscopy and Micro Raman Spectroscopy: New Ways for Non-Destructive Analyses of (Extra-)Terrestrial Materials
[#2273]
A new approach is presented which combines 2/3D digital microscopy and micro Raman spectroscopy as a for a non-destructive analyses of fragile samples.
A new approach is presented which combines 2/3D digital microscopy and micro Raman spectroscopy as a for a non-destructive analyses of fragile samples.
Tanbakouei S.*
Michalski J. R.
Raman Spectroscopy of Clay Standards as an Analogue of Martian Clays
[#2097]
Clays are crystalline minerals as a valuable natural resource on Mars. In this work, Raman spectral features of clay minerals have been investigated.
Clays are crystalline minerals as a valuable natural resource on Mars. In this work, Raman spectral features of clay minerals have been investigated.
*presenter
