Application of Inverse Methods for SpatialDeconvolution of Pulsed Ultrasound FieldsRadiated in Solids

Sous des hypoth` eses usuelles sur le maillage pour des probl` emes non-lin´ eaires, sur la r´ egularit´ e des coefficients et des donn´ ees, et sur les formules de

Nanobiosci., vol. Malik, “Scale-space and edge detection using anisotropic diffusion,” IEEE Trans. Ushida, “CNN-based difference-con- trolled adaptive non-linear image filters,”

Particularly, the displacement normal to its surface isspatially averaged because of the receiver finite size. In this study, we show, using anumerical simulation, the effectiveness

When measuring the ultrasound field, the signal provided by the receiving transducer is affected by its spatial properties. Particularly, the displacement normal to its surface

The modelling of pulsed ultrasonic fields radiated by transducers in materials of various types is of particular interest in industrial applications of non destructive

convergence of the perturbation calculation is better in the ENC method than in the standard method, a potential determined from the experimental vibrational energy levels using

We construct 2-surfaces of prescribed mean curvature in 3- manifolds carrying asymptotically flat initial data for an isolated gravitating system with rather general decay

In Section 3 we show how the problem of deterrrüning whether a given function is convex, polyconvex, quasiconvex, or rank one convex reduces to solving a, possibly