Evaluation of shear wave speed measurements using crawling waves sonoelastography and single tracking location acoustic radiation force impulse imaging

The dispersion containing Single-Walled Carbon Nanotubes shows shear thinning effect, while aligned Multi-Walled Carbon Nanotubes in [EMIM][DCA] present shear thickening

To this aim, we report experimental results on the BIOGIGA database with four feature extraction approaches (contour coordinates, shape contexts, Fourier descriptors and landmarks)

[2010] proposed a holistic recognition approach based on the texture information on the MMW images. On the other hand, the work by Moreno-Moreno et al. [2011b] proposes a

the increase of normal stiffness with joint closure; the softening of shear strength; the rate of change of dilatancy with shear displacements, and, regarding the

f) SEM-EDS elemental mapping images of the outward facing surfaces of 1@PVDF (left) and 2@PVDF (right), showing the homogeneous distribution of fluorine (green), sulfur (red) and

Keywords: Millimeter wave images, 94 GHz, image simulation, synthetic database, biometrics, image process- ing, body geometry, distance-based features, feature extraction,

Figure 4.15 50000x magnification SEM images of ZnO clusters after different thermal treatments. Bottom right image shows a detail of R2 with 1.000.000x magnification. 4-20 Figure

Figure 4B,C are images of the topography and profile, respectively, of the grating taken in shear force mode with an AFM tip mounted on a QTF fiber probe in buffer solution using