CT reconstructions used to retrieve strain and assess strain retrieval precision in paper "On the applicability of X-ray strain imaging using theedge illumination technique in biomedicalapplications"
- reconstructions in folders Phantom_TiO2_inclusion_uncompressed1 and Phantom_TiO2_inclusion_uncompressed2 were used to determine the strain retrieval precisions in figure 7a)
- reconstructions in folder Phantom_TiO2_inclusion_compressed were used with reconstructions of Phantom_TiO2_inclusion_uncompressed1 to calculate strain fields to localise inclusion in figure 5. also used to segment matrix and inclusion for finite element analysis.
- reconstructions in folder Phantom_noTiO2_in_inclusion were used to calculate strain field shown in figure 6.
- reconstructions in folders Chicken_tendon_uncompressed1 and Chicken_tendon_uncompressed2 are shown in figure 8 and 9 and were used to measure strain retrieval precision shown in figure 9)
- reconstructions in folder testditheringsteps_uncompressed1 and testditheringsteps_uncompressed2 were used to calculate strain precisions shown in figure 7b.
Funding
Nikon-UCL Prosperity Partnership on Next-Generation X-Ray Imaging
Engineering and Physical Sciences Research Council
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