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Poster Session 2: Extraterrestrial Material: Curation, Classification, and Historical Importance
Thursday, August 1, 2024, 5:30 PM
Marble Room
Mitchell J. T.*
Alexander E. C.
A New Meteorite Repository from a Historical Collection at the University of Minnesota
[#6181]
Introducing a new repository from a long-standing collection at the University of Minnesota (UMin), which is available for material requests, collaboration, and classification.
Introducing a new repository from a long-standing collection at the University of Minnesota (UMin), which is available for material requests, collaboration, and classification.
Ferdous J.*
Lewis E. K.
Ghosh S.
Harris C. L.
Calaway M. J.
et al.
Investigating Commercial Off-The-Shelf (COTS) Glovebox and Support Components Compared to Custom Curatorial Laboratories
[#6394]
Evaluating if the commercial off-the-shelf (COTS) glovebox could carry out specific curation requirements/activities.
Evaluating if the commercial off-the-shelf (COTS) glovebox could carry out specific curation requirements/activities.
Delauche L.*
Duprat J.
Engrand C.
Dartois E.
Godard M.
et al.
A Statistical Review of the Concordia Micrometeorite Collection from Snow at Dome C, Antarctica
[#6349]
We present statistical characteristics of the collection of micrometeorites recovered from snow at the Concordia station (Dome C), Antarctica.
We present statistical characteristics of the collection of micrometeorites recovered from snow at the Concordia station (Dome C), Antarctica.
Goryunov M. V.
Varga G.
Dankházi Z.
Chukin A. V.
Felner I.
et al.
Mundrabilla IAB-ung Iron Meteorite: Study by Scanning Electron Microscopy, X-Ray Diffraction, Magnetization Measurements and Mössbauer Spectroscopy
[#6033]
Study of Mundrabilla IAB-ung meteorite fragment was carried out using optical microscopy, scanning electron micros-copy with energy dispersive spectroscopy, X-ray diffraction, magnetization measurements and Mössbauer spectroscopy.
Study of Mundrabilla IAB-ung meteorite fragment was carried out using optical microscopy, scanning electron micros-copy with energy dispersive spectroscopy, X-ray diffraction, magnetization measurements and Mössbauer spectroscopy.
Costello L. J.*
Kent J. J.
O'Brien H. C.
Casturi L. R.
Watts L. A.
et al.
The Apollo Sample Laboratory and Ongoing Curation of Lunar Samples at Johnson Space Center
[#6072]
Today, most of the samples returned from the Moon on the Apollo missions are located in the Lunar Sample Laboratory at NASA's Johnson Space Center. We will present in more detail about this facility and how the Apollo samples are curated.
Today, most of the samples returned from the Moon on the Apollo missions are located in the Lunar Sample Laboratory at NASA's Johnson Space Center. We will present in more detail about this facility and how the Apollo samples are curated.
Soto K.*
Pinto G. A.
Corgne A.
Vidal K.
Cárcamo N.
et al.
Pelom Kura: The First Official Repository to Classify Meteorites in Chile
[#6243]
Various meteorites from Atacama Desert remain unclassified, which motivated the creation of the first repository in Chile, Pelom Kura. This study highlights our progress in classifying new meteorites and the collaborations that have been established.
Various meteorites from Atacama Desert remain unclassified, which motivated the creation of the first repository in Chile, Pelom Kura. This study highlights our progress in classifying new meteorites and the collaborations that have been established.
Senesi G. S.*
De Pascale O.
Mattiello S.
Moggi Cecchi V.
Ibhi A.
et al.
Chemical Analysis and Micro-Mapping of Iron Meteorites by Handheld Laser Induced Breakdown Spectroscopy
[#6257]
In this work, a handheld laser-induced breakdown spectroscopy instrument has been used under atmospheric air to identify the qualitative and quantitative composition and the compositional micro-maps of a suite of iron meteorite samples.
In this work, a handheld laser-induced breakdown spectroscopy instrument has been used under atmospheric air to identify the qualitative and quantitative composition and the compositional micro-maps of a suite of iron meteorite samples.
Du Z. M.*
Li S. L.
Shan X. M.
Lin Q.
Inventory of the Meteorite Collection of Shanghai Astronomy Museum
[#6067]
The Shanghai Astronomy Museum currently houses a collection of 112 meteorites. The collection comprises 73 meteorites obtained through global procurement, 27 acquired via donations, and an additional 12 acquired through sample exchange.
The Shanghai Astronomy Museum currently houses a collection of 112 meteorites. The collection comprises 73 meteorites obtained through global procurement, 27 acquired via donations, and an additional 12 acquired through sample exchange.
*presenter
