#LPSC2023
#LPSC2023

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Poster Session: Small Bodies: Remote Observations — Phobos, MMX
Thursday, March 16, 2023, 6:30 PM
Town Hall Exhibit Area
de Luis M.*
Parro L. M.
Comparative Study of Pit Craters on Asteroids (951) Gaspra, (243) Ida, (433) Eros and the Martian Moon Phobos
[#2530]
In the present work a catalogue of possible pit craters on the surface of several small bodies has been compiled and their sizes compared.
In the present work a catalogue of possible pit craters on the surface of several small bodies has been compiled and their sizes compared.
Kajitani I.*
Kikuchi H.
The Crater Distribution in the Low Latitude Regions of Phobos
[#2010]
Crater analysis was performed in eight regions of the Phobos low latitudes using a 3-D numerical shape model and high-resolution images.
Crater analysis was performed in eight regions of the Phobos low latitudes using a 3-D numerical shape model and high-resolution images.
Kikuchi H.*
Hirata N.
Miyamoto H.
Hemmi R.
Wada K.
Mass Wasting Features and Periodic Dynamics Changes on Phobos
[#2701]
We identify mass wasting features globally on Phobos surface and calculate dynamic slopes considering the orbital eccentiricity in the current orbit.
We identify mass wasting features globally on Phobos surface and calculate dynamic slopes considering the orbital eccentiricity in the current orbit.
Doressoundiram A.*
Barucci M. A.
Reess J.-M.
Bernardi P.
Fornasier S.
et al.
Phobos Spectral Investigation with the MIRS Spectrometer On Board the Martian Moon eXploration (MMX) Mission
[#1470]
The MIRS (MMX Infrared Spectrometer) will characterize the surface composition of Phobos and help decipher the origin of the martian moon’s formation.
The MIRS (MMX Infrared Spectrometer) will characterize the surface composition of Phobos and help decipher the origin of the martian moon’s formation.
Fukai R.*
Usui T.
Fujiya W.
Takano Y.
Bajo K.
et al.
Curation Protocol of Phobos Sample Returned by Martian Moon Exploration (MMX)
[#1352]
This study reports the curation protocols for the Phobos samples and refined the sample analysis procedures defined by sample analysis working team in MMX.
This study reports the curation protocols for the Phobos samples and refined the sample analysis procedures defined by sample analysis working team in MMX.
Théret N.*
Jorda L.
Sawyer E.
Barrucci A.
Reess J.-M.
et al.
MMX Infrared Spectrometer Performances Assessed by Simulations
[#1142]
This paper describes image simulations of MIRS instrument onboard the MMX probe, planned to orbit from 2025 around Phobos to find the origin of the martian moons.
This paper describes image simulations of MIRS instrument onboard the MMX probe, planned to orbit from 2025 around Phobos to find the origin of the martian moons.
*presenter