#LPSC2023
#LPSC2023
Program with Links to Abstracts
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Poster Session: Ceres, Pluto, and Kuiper Belt Objects
Wednesday, March 15, 2023, 6:30 PM
iPosters/Gather.town
De Sanctis M. C.*
Baratta G. A.
Brucato J. R.
De Angelis S.
Ferrari M.
et al.
Degradation of Organic Matter on Ceres: Results from Laboratory Experiments on Irradiated Samples
[#2088]
Organics have been identified on Ceres and the experiments here reported indicate that organics should degrade on Ceres due to the radiation environment.
Organics have been identified on Ceres and the experiments here reported indicate that organics should degrade on Ceres due to the radiation environment.
Schorghofer N.*
Gaskell R.
Mazarico E.
Palmer E.
Weirich J.
History of Ceres' Perennially Shadowed Regions Based on Refined Shape Models
[#2592]
We determine the relation between bright ice deposits and perennially shadowed areas on Ceres based on stereophotoclinometry shape models of individual craters.
We determine the relation between bright ice deposits and perennially shadowed areas on Ceres based on stereophotoclinometry shape models of individual craters.
Neesemann A.*
van Gasselt S.
Jaumann R.
Castillo-Rogez J. C.
Raymond C. A.
et al.
Mapping of Ceres by Dawn: New SPG and SPC DTMs of Occator Crater and Its Interior Cryovolcanism-Related Bright Deposits
[#2450]
We created new stereophotogrammetric and stereophotoclinometric DTMs of Occator crater with its interior cryovolcanism-related bright carbonate deposits.
We created new stereophotogrammetric and stereophotoclinometric DTMs of Occator crater with its interior cryovolcanism-related bright carbonate deposits.
Carrozzo F. G.*
De Sanctis M. C.
Ferrari M.
Raponi A.
Ciarniello M.
et al.
Spatial Distribution of the Absorption Band at 1.2 µm on the Surface of Ceres
[#2099]
In this work we study the distribution at global scale of the 1.2-µm absorption on the surface of Ceres.
In this work we study the distribution at global scale of the 1.2-µm absorption on the surface of Ceres.
Mostafavi P.*
Hill M.
Kollmann P.
Brandt P.
Shrestha B.
et al.
New Horizons Observations of Energetic Particles in the Outer Heliosphere
[#2087]
New Horizons is the only spacecraft equipped with proper instruments to measure energetic pickup ions in the outer heliosphere. We study the PUI observations.
New Horizons is the only spacecraft equipped with proper instruments to measure energetic pickup ions in the outer heliosphere. We study the PUI observations.
Fraser W. C.*
Porter S. B.
Lin H. W.
Napier K.
Spencer R. J.
et al.
Approaches to Detecting Kuiper Belt Objects for NASA’s New Horizons Extended Mission: Digging Into the Noise
[#2361]
Using a novel machine-learning technique for detection of moving objects we have uncovered evidence of a previous undetected belt of planetesimals beyond ~80 au.
Using a novel machine-learning technique for detection of moving objects we have uncovered evidence of a previous undetected belt of planetesimals beyond ~80 au.
Dirri F.*
Galiano A.
Longobardo A.
Palomba E.
Schmitt B.
et al.
VIS-NIR Spectral Characterization of Laboratory Analogue Mixtures of Haulani: Assessment of Mineralogical Composition of Bright Areas on Ceres
[#1716]
In this work different Haulani bright areas on Ceres are studied by producing different analogue mixtures and comparing the spectral results with Dawn VIR data.
In this work different Haulani bright areas on Ceres are studied by producing different analogue mixtures and comparing the spectral results with Dawn VIR data.
*presenter
