Acapulcoite
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- Genealogy of Iva Iron and Pallasite Meteorites: the Implications for Planetesimal Differentiation Processes in the Early Solar System
- Genetic Relationships of Solar System Bodies Based on Their Nucleosynthetic Titanium Isotope Compositions M
- Acapulcoite-Lodranite Clan Achondrites – How Many Parent Bodies? D
- Geochemical and Mineralogical Constraints on the Composition of the Parent Planetesimal for the Acapulcoite and Lodranite Suite of Meteorites
- Silicate+Chromite+Metal+Pentlandite Inclusions in Lodranite Breccia Nwa 4478: Evidence for a Reduced Regolith on the Lodranite/Acapulcoite Parent Body A
- Origin of Felsic Achondrites Graves Nunataks 06128 and 06129, And
- Minerals in Meteorites
- Mineral Evolution
- Modeling the Evolution of the Acapulcoite-Lodranite Parent Body: an Insight Into a Partially Differentiated Asteroid
- QUE 93148: Asteroid Mantle Material?
- Physical Properties of Meteorites—Applications in Space Missions to Asteroids
- Abstracts for the 1St British Planetary Science Congress
- Supplement Abstracts.Fm
- First Crystal-Structure Determination of Chromites from An
- U-Th)/He Ages from EET14074, an Acapulcoite Meteorite
- Alkalien in Chondren
- Asteroidal Differentiation — the Record in Meteorites Higashi-Akaishi
- Chopinite-Sarcopside Solid Solution, [(Mg,Fe)3 ](PO4)