#LPSC2023
#LPSC2023
Program with Links to Abstracts
Schedule Overview
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Poster Session: Small Bodies: Laboratory Analyses, Experiments, and Modeling
Wednesday, March 15, 2023, 6:30 PM
iPosters/Gather.town
Cho E.*
Choi Y. J.
Ancient Comet-Like Activities of Jupiter Trojans After Being Captured
[#1230]
We simulate the early evolutionary process of Jupiter Trojans to examine whether they had cometary activities as active Centaurs after they moved into 5.2 AU.
We simulate the early evolutionary process of Jupiter Trojans to examine whether they had cometary activities as active Centaurs after they moved into 5.2 AU.
Senshu H.*
Maximilian H.
Tanaka S.
Sakatani N.
Kanamaru M.
et al.
Annual Effect on the Diurnal Surface Temperature Trend of an Asteroid
[#1937]
The thermal evolution of an asteroid is affected by orbit rotation in the northern hemisphere, especially when the thermal inertia is large.
The thermal evolution of an asteroid is affected by orbit rotation in the northern hemisphere, especially when the thermal inertia is large.
Suer T.-A.*
Steenstra E. S.
Marchi S.
The Importance of Redox State to the Composition and Fractional Core Size of Iron-Rich Planetesimals with Application to 16-Psyche
[#2540]
We model possible core compositions and core mass fractions for small bodies formed under reducing conditions for a range of starting bulk compositions.
We model possible core compositions and core mass fractions for small bodies formed under reducing conditions for a range of starting bulk compositions.
Ipatov S. I.*
Collisions of Bodies Ejected from Several Places on the Earth and the Moon with the Terrestrial Planets and the Moon
[#1508]
The fraction of bodies ejected from the Earth and the Moon at impacts of bodies-impactors that fall back onto Earth during hundreds of millions of years was about 0.2.
The fraction of bodies ejected from the Earth and the Moon at impacts of bodies-impactors that fall back onto Earth during hundreds of millions of years was about 0.2.
Ballouz R.-L.*
Barnouin O. S.
Toy-Edens V. L.
Daly R. T.
Fletcher Z.
Experimental Setup to Study Crater Scaling Relationships for Gas-Based Excavation on Small Bodies
[#2422]
We introduce an experimental setup to study gas and thruster cratering on small bodies as a means to characterize surface strength for in situ exploration.
We introduce an experimental setup to study gas and thruster cratering on small bodies as a means to characterize surface strength for in situ exploration.
*presenter
