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At strains of 500 2000, the major component continues coalescing.
The TEM studies reveal mechanical twinning as the main deformation mechanism at strains of 5.4%, while at strains of 8.3% dislocation glide becomes increasingly important.
Low-strain-rate deformation yielded limited damage at strains as high as 0.25, whereas high-strain-rate deformation led to catastrophic failure at strains between 0.05 and 0.10.
Dislocation activity was found to level off at strains beyond 60%.
It is observed that cracks are formed in MFC at strains as low as 1000 μϵ.
Finally, at strains above 50,000% the whole volume transforms to the nanocrystalline structure.
Our indentation curves show an increased mechanical response at strains larger than 0.3%.
The minor component breaks up into fibers and drops at strains of 800 3000.
Such optimised fibers break at strains of ∼4% and exhibit toughness of up to 27 MJ/m3.
DnL gels immediately self-recover after deformation, are resistant to yield at strains as high as 400%, and completely self-heal irrespective of prior mechanical disruption.
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The resulting TSY10-XT and TSY10-AT strains were pregrown in pentose media and inoculated (0.2 g (dry biomass)/L) in SC media containing the corresponding pentoses and increasing D-glucose concentrations.
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