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NWA 7533 Black Beauty – Complete Martian Breccia Slice 1.155 g

NWA 7533 Black Beauty – Complete Martian Breccia Slice 1.155 g 2

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NWA 7533 “Black Beauty” – Complete Martian Breccia Slice – 1.153 g

NWA 7533 “Black Beauty” – Complete Slice (1.153 g)Exceptionally thin and complete slice of the iconic Martian regolith breccia NWA 7533. This specimen displays a dense and highly contrasted assemblage of lithic clasts within a fine-grained matrix, offering a distinct internal section of one of the most scientifically important Martian meteorites known.

Tissint – Complete Martian Meteorite with Fusion Crust 220 g

Tissint – Complete Martian Meteorite with Fusion Crust 220 g 2

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Tissint – Complete Oriented Martian Meteorite (220 g)

Exceptional complete specimen of the Martian meteorite Tissint, weighing 220 g, preserving its entire natural fusion crust. The surface displays well-developed regmaglyptes associated with distinct flow lines, recording dynamic ablation processes during atmospheric entry. A rare example of a large Tissint stone that remained intact upon impact.

Lunar Meteorite 477 g – Complete Anorthositic Breccia with Green Crust

Lunar Meteorite 477 g – Complete Anorthositic Breccia with Green Crust 2

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Lunar Meteorite – Complete Anorthositic Breccia with Green Fusion Crust – 477 g

LunarMeteorite477g

Lunar meteorites with preserved green fusion crust are particularly important from a scientific and educational perspective, as they illustrate the strong link between bulk chemical composition and atmospheric ablation behavior. The scarcity of iron in lunar anorthosites — dominated by plagioclase feldspar — fundamentally alters the chemistry of the...

Lunar Meteorite NWA 11472 – Anorthositic Breccia End Cut 944 g

Lunar Meteorite NWA 11472 – Anorthositic Breccia End Cut 944 g 2

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Lunar Meteorites

Lunar Meteorite NWA 11472 – Anorthositic Breccia End Cut – 944 g

Name: NWA 11472 (pairing) Observed fall: No Provenance: Northwest Africa (Sahara Desert) Classification: Lunar meteorite – Anorthositic breccia Mass: 944 grams Form: End cut Structure: Lunar breccia with visible lithic clasts Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=66172

ITQIY Meteorite Slice 14.80 g with Fusion Crust

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ITQIY – Partial Slice with Fusion Crust | 14.80 g

Name: ITQIY Observed fall: No Provenance: Sahara Desert Classification: Classified as an ungrouped enstatite-rich meteorite, then later as an EH7-anom Mass:14.8 grams, slice with fusion crust Form: Unique coarse-grained, metal-rich enstatite meteorite Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=12058

Murchison Meteorite 42.60 g – Complete CM2 Carbonaceous Chondrite | me

Murchison Meteorite 42.60 g – Complete CM2 Carbonaceous Chondrite | me 2

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Murchison 42.60 g

Name: Murchison Observed fall: September 28, 1969 – Victoria, Australia Classification: Carbonaceous Chondrite CM2 Mass: 42.60 grams, complete individual with 98 fusion crust Provenance: Officially exported from Australia in 2014 with export permit Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=16875

Imilac Pallasite 57.60 g – Individual with Fusion Crust and Olivines |

Imilac Pallasite 57.60 g – Individual with Fusion Crust and Olivines | 2

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Imilac — Individual Pallasite with Fusion Crust and Visible Olivines (57.60 g)

Name: Imilac Observed fall: No Provenance: Chile, Atacama Desert Classification: Pallasite Mass: 57.60 g individual with fusion crust Link to publication Meteoritical Bulletin: https://www.lpi.usra.edu/meteor/metbull.cfm?code=12025

Bir Zar 011 – Complete Angrite Meteorite with Fresh Fusion Crust

Bir Zar 011 – Complete Angrite Meteorite with Fresh Fusion Crust 2

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Bir Zar 011 – Complete Angrite Individual (11.93 g)

Meteorite: Bir Zar 011 (BiZ 011) Classification: Angrite (gabbroic angrite) Mass: 11.93 grams Form: Complete individual Fusion crust: Fully preserved, glassy and exceptionally fresh Weathering: Minimal to none Provenance: Tatawin region, Tunisia Year found: 2023 Scientific interest: Rare angrite with pristine fusion crust, representative...

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