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analysis on the plane strain specimens shows the evolution of both molecular orientation and crystallization at all temperatures which are expected to contribute to the strain hardening.
Analysis via X-ray computed tomography of tested specimens shows the progression of the fragmentation and delamination damage modes prior to laminate failure and provides an in-depth understanding of the process that leads to the demonstrated pseudo-ductile strains.
Cell counting over 200 villi in zebrafish based on our own specimens shows the population of proliferating cells (including transit amplifying cells and stem cells) to be 12.5±3.2 cells (mean±std) and the population of differentiated cells with 100±24 cells (mean±std).
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The conditioned specimens showed the maximum strength reduction of 24%.
The ZrC reinforced specimens showed the lower coefficient of friction and maximum wear resistance.
The GF/PP specimens showed the largest displacements in comparison with the aluminum alloy and CF/EP ones.
Experiments carried out on fresco specimens show the potential of this acoustic method.
It was found that the SCC specimens showed the similar reserved shear resisting strength in comparison with the NC specimens even with the two different web reinforcements.
When testing notched specimens and inducing wetting, it was observed that loaded specimens showed the typical features of the embrittlement induced by LM in their fracture surfaces.
PL spectra of the specimens showed the sharp emission peaks at 448 nm and the emission peaks at 369 nm (excited at λex = 277 nm) [23, 24].
The PEEKPower 2, ContourLock 1, TomoFix std 1 & 2 and ContourLock 2 specimens showed the largest lateral displacements at collapse time.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com