Thus these hybrid images -- mechanical reproductions of handmade pieces -- become unique artworks in the end, an interesting progression that unfortunately requires a lot of explaining.
The porosity of the samples was characterized by digital processing of scanning electron microscopy images; mechanical properties were measured using combinations of freestanding beam deflection, wafer curvature and nanoindentation.
These results suggested that BNP might not involve in the contralateral side of the mirror-image mechanical hypersensitivity induced by BmK I.
Previously we have reported that BmK I induced a mirror-image mechanical hypersensitivity where injection of BmK I at one side of hind paws caused mechanical hypersensitivity on both sides of hind paws.
Innovative imaging techniques are being exploited to non-invasively image the mechanical or viscoelastic properties of tissue in vivo.
All scaffolds were characterized by means of two-dimensional optical microscopy, 3-D microfocus X-ray computed tomography (micro-CT) image analysis, mechanical compression testing and computational fluid dynamical analysis.
Morphological observations, image analyses, mechanical tests and in vitro tests showed that the obtained devices are good candidates as scaffolds for bone-tissue engineering, in terms of pore-size distribution, pore interconnection, surface roughness, and both bioactivity and biocompatibility.
Several laboratories are investigating the use of acoustic radiation force to image the mechanical properties of tissue.
Several groups are studying acoustic radiation force and its ability to image the mechanical properties of tissue.
