Data for: Deducing deformation in ultramafic intrusions via magnetic fabric (AMS) and palaeomagnetic studies: the influence of intrusion architecture and rheology.

Name: Data for: Deducing deformation in ultramafic intrusions via magnetic fabric (AMS) and palaeomagnetic studies: the influence of intrusion architecture and rheology.
Creator: James Austin
Published: 2020-09-03T00:45:48.378Z
Keywords: Structural Geology, Paleomagnetism, Nickel, Magnetic Susceptibility, Anisotropy, Tectonics Structure

Austin, James

doi:10.17632/6jgkh2mh64.1

Data for: Deducing deformation in ultramafic intrusions via magnetic fabric (AMS) and palaeomagnetic studies: the influence of intrusion architecture and rheology.

Published: 3 September 2020| Version 1 | DOI: 10.17632/6jgkh2mh64.1

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James Austin

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Data files for AMS and Paleomagnetic data

Data for: Deducing deformation in ultramafic intrusions via magnetic fabric (AMS) and palaeomagnetic studies: the influence of intrusion architecture and rheology.

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