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Detection and Tracking of Space Debris in Cislunar Environment - A Phase 0 Mission Design

Curran Associates (2024) 1188-1204

Authors:

Alessandro Mastropietro, Katharina-Inés Janisch, Daniel Wischert, Flavie Aditya Annick Suzanne Davida Tohotaua Rometsch, Jennifer Hoffmann, Ross Findlay, Lucas Adloff Cardoso Pinto, Sergi Aliaga, Damien Baclet, Raquel Baptista, Daniel Betco, Reto Bischof, Emanuele Celardo, Angela Cratere, Kamil Dylewicz, Caner Eris, Sílvia Farràs Aloy, Sinan Felix Klein, Uxía García Luis, Damian Grabowski, Wilhelm Kristiansen, Erikas Kymantas, Fabiola Luna La Fazia, Sergio López Acedo, Duncan Lyster, Kais Mahmood, Jakub Mašek, Alessandro Miceli, Margherita Michahelles, Nick Parak, Jacob Pittaway, Dominika Pytlak, Thorvi Ramteke, Nuno Rebolo, Kristina Remic, Noah Isaac Sadaka, Christina Sakellari, Alexandros Votsis, Sachin Yadav
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LIRIS – Lunar Infrared Imaging System for High Resolution Volatile Mapping, a Small Satellite to Support Science and Exploration Missions

Curran Associates (2024) 121-128

Authors:

Abigail Harvey, Luke Middlemass, Jonathan Friend, Neil Bowles, Tristram Warren, Steve Eckersley, Steven Knox, Ben Hooper, Alex Da Silva Curiel, Keith Nowicki, Katherine Shirley, Martin Sweeting
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Modeling Noncondensing Compositional Convection for Applications to Super-Earth and Sub-Neptune Atmospheres

The Astrophysical Journal American Astronomical Society 961:1 (2024) 35

Authors:

Namrah Habib, Raymond T Pierrehumbert
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Relationships between HCl, H2 O, aerosols, and temperature in the Martian atmosphere Part II: quantitative correlations

University of Oxford (2024)

Abstract:

NB: this dataset has now been SUPERSEDED by the version at https://ora.ox.ac.uk/objects/uuid:31ee4ec6-ad9c-4804-be86-da5aba057fd2.

Data generated for and supporting the Publication: Relationships between HCl, H2 O, aerosols, and temperature in the Martian atmosphere Part I: climatological outlook for the Journal of Geophysics Research.

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Relationships between HCl, H2 O, aerosols, and temperature in the Martian atmosphere Part I: climatological outlook

University of Oxford (2024)

Abstract:

Data generated for and supporting the publication: Relationships between HCl, H2 O, aerosols, and temperature in the Martian atmosphere Part I: climatological outlook for the Journal of Geophysical Research
More details from the publisher
Details from ORA