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Publications
B. Ehlmann
,
et al. (incl. Duncan Lyster)
(2026).
Lunar Trailblazer Spacecraft Tracking and Mission Recovery Attempt: Characterization of Status and Behavior of a Non-Cooperative Object in Cis-Lunar Space
.
Earth and Space Science
, 13(8).
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DOI
Duncan Lyster
,
et al.
(2026).
Disentangling Binary Thermal Inertias via L'TES Unresolved Radiometry: Implications for the Lucy Trojan Tour
.
Asteroids, Comets, Meteors 2026
, Poznań, Poland (oral).
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Duncan Lyster
,
Carly Howett
(2026).
Thermophysical Modelling Using Albedo Mapping and DEMs Improves Interpretation of Thermal Signatures of Icy Moons
.
The exploration of Jupiter and its moons by ESA’s JUICE mission
, ESA Winter School, Les Houches, France (poster).
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Duncan Lyster
,
Carly Howett
(2026).
TEMPEST: A Modular Python-Based Thermophysical Model from the University of Oxford (Validation and Applications to Rough Lunar and Asteroid Surfaces)
.
RAS Techniques and Instruments
(submitted).
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Code
A. Amarante
,
et al. (incl. Duncan Lyster)
(2026).
Dynamical and Thermophysical Properties of Asteroid (11351) Leucus: Implications for a Possible Past Satellite
.
The Planetary Science Journal
(accepted).
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S. Howes
,
et al. (incl. Duncan Lyster)
(2026).
Thermal Inertia and Bolometric Bond Albedo Measurements of Europa's Surface using Galileo PPR
.
Monthly Notices of the Royal Astronomical Society
, stag1507.
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DOI
Duncan Lyster
,
Carly Howett
,
John Spencer
,
Joshua Emery
,
Benjamin Byron
,
Philip Christensen
,
Victoria Hamilton
,
The Lucy Team
(2025).
Thermal Modelling of the Flyby of Binary Main Belt Asteroid (152830) Dinkinesh by NASA's Lucy Mission
.
EPSC–DPS Joint Meeting 2025
, Helsinki, Finland (oral).
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DOI
Duncan Lyster
,
Carly Howett
,
Joseph Penn
(2025).
TEMPEST: A Modular Thermophysical Model for Airless Bodies with Support for Surface Roughness and Non-Periodic Heating
.
EPSC–DPS Joint Meeting 2025
, Helsinki, Finland (oral).
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DOI
URL
Carly Howett
,
Neil Bowles
,
Rory Evans
,
Tom Clatworthy
,
Wesley Ramm
,
Chris Woodhams
,
Duncan Lyster
,
Gary Hawkins
,
Tristram Warren
(2025).
Developing Oxford's Enceladus Thermal Mapper (ETM)
.
EPSC–DPS Joint Meeting 2025
, Helsinki, Finland (poster).
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DOI
URL
B. Rider-Stokes
,
et al. (incl. Duncan Lyster)
(2025).
The PRIME Mission (Protoplanetary Remnant Investigation and Mapping of Eccentric Bodies): The Scientific Case to Visit Asteroid (34698) 2001 OD22
. White paper, Thematic Area: The Solar System and Planetary Environments.
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