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Code and data for "Transient and steady-state dislocation creep of olivine controlled by dislocation interactions at the isostress endmember"
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This code and data supports the publication "Transient and steady-state dislocation creep of olivine controlled by dislocation interactions at the isostress endmember" by David Wallis, Thomas Breithaupt, and Taco Broerse.
This deposit consists of the following structure and files:
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Top-level folder:
- This descriptive file, README.txt,
- MATLAB scripts to produce each of the subfigures in the paper (e.g., Figure1.m, etc.),
- A Microsoft Excel XLSX file, KeefnerFullData.xlsx containing the mechanical data of Keefner et al. (2011, Journal of Geophysical Research: Solid Earth),
- A MATLAB script, Aheim.m, written for the toolbox MTEX to import electron backscatter diffraction data from Aheim dunite into MATLAB.
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Aheim folder:
- Electron backscatter diffraction data collected on Aheim dunite as paired CPR and CRC files. The files appended with "_NR" have undergone noise reduction. These files can be opened in MATLAB using the freeware toolbox MTEX and in proprietary software distributed by Oxford Instruments (e.g., Channel 5 or AZtec).
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Functions folder:
- Contains the MATLAB functions used to plot the figures.
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Figures folder:
- Contains SVG files of the figures saved from MATLAB. These files can be opened in the freeware Inkscape.
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Figure_completion folder:
- Contains the SVG files used to edit the raw SVG files saved from MATLAB in the Figures folder, along with PNG files of the final figures.
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Colourmaps folder:
- Contains MATLAB scripts defining the colourmaps used to plot the figures with associated documentation.
Many of these scripts require the freeware MTEX toolbox for MATLAB, which can be downloaded at: https://mtex-toolbox.github.io/download.
The scripts were tested with MTEX version 6.0.
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Except where otherwised noted, this item's license is described as MIT License
Sponsorship
MRC (MR/V021788/1)
The authors acknowledge funding from the Netherlands Organisation for Scientific Research, User Support Programme Space Research grant ALWGO.2018.038. to David Wallis and Taco Broerse and grant ENW.GO.001.005 to Taco Broerse, David Wallis, and Thomas Breithaupt. David Wallis acknowledges funding from a UK Research and Innovation Future Leaders Fellowship MR/V021788/1. Thomas Breithaupt acknowledges funding from a Research Fellowship from the Royal Commission for the Exhibition of 1851.
