4x/0.25, A35140U CCD 14MP, named fall, ordinary chondrite, polarized, scope2, zerene stacker

Limerick Meteorite Thin Section

Limerick Meteorite Thin Section

Limerick Meteorite Thin Section

Thin section specimen of the Limerick Meteorite in cross polarized light. The meteor was observed on September 10, 1813 and the meteorite recovered shortly after the event. Limerick is classed as a type 5 high iron ordinary chondrite.

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4x/0.25, A35140U CCD 14MP, A3550UPA CCD 5MP, angrite, LMScope, named fall, Nikon D810, polarized, scope1, scope2, zerene stacker

D’Orbigny Meteorite Thin Section

This is a thin section specimen of the D’Orbigny Meteorite. The thin section photographs were taken under cross polarized light using two linear polarizing filters. The first set of pictures is from a nicer CCD and microscope. For a good link to more Angrite pictures, see here. Angrites always look spectacular in polarized light.

Link to pictures of the main mass.

VERSION 1 (Nikon D810)

D'Orbigny Meteorite Thin Section

D’Orbigny Meteorite Thin Section

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VERSION 2 (decent CCD and microscope)

D'Orbigny Meteorite Thin Section

D’Orbigny Meteorite Thin Section

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VERSION 3 (not as good)

Meteorite Thin Section D'Orbigny

D’Orbigny

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4x/0.25, A35140U CCD 14MP, eucrite, named fall, polarized, scope1

Pasamonte Meteorite Thin Section

Pasamonte Meteorite Thin Section

Pasamonte Meteorite Thin Section

Taken in cross polarized light, this is a remarkably beautiful thin section of the Pasamonte Meteorite. The Pasamonte Meteorite is famous in history as the first observed fall to be photographed. Harvey Nininger played an important role in cataloging and recovering many of the specimens currently located in museums and private collections. The Pasamonte Meteorite is described here as:

a brecciated, non-cumulate, polymict eucrite, showing dark fine-to medium-grained, subhedral to euhedral, lithic and mineral fragments set in a light, friable, sugary, ash-gray matrix with a high porosity

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