This work is devoted to studying a direct and inverse scattering problem for magnetoelastic layer having defect, in the frame of electromagnetic theory. In terms displacement field over defect's contour, coupled system boundary integral equations formulated, magnetically permeable impermeable defects. To identify position size an efficient numerical algorithm developed by using quasi-Newton ite...

We expect emerging nanotechnology substrates to consist of a vast number of small processing nodes that are randomly assembled, have defect rates as high as 30%, and have globally asynchronous communication. Directly constructing an architecture on such a substrate presents many challenges to a system designer. An alternative approach, that would ease the constraints faced by a nanotechnology a...

As pointed out in the pioneering experimental work of Clauser [1], self-similar or, equivalently, equilibrium turbulent boundary layer flows may be non-unique in a certain range of the controlling parameters: Specifically, Clauser observed that if the imposed (adverse) pressure gradient varies as a power of the streamwise distance in order to maintain equilibrium and if the associated exponent ...

The remarkable properties of graphene and transition metal dichalcogenides (TMDCs) have attracted increasing attention on two-dimensional materials, but the gate oxide, one of the key components of two-dimensional electronic devices, has rarely reported. We found the single-layer oxide can be used as the two dimensional gate oxide in 2D electronic structure, such as TiO2. However, the electrica...

The structure of CdTe/ZnTe superlattices has been analyzed through (J /28 x-ray diffraction, photoluminescence, and in situ reflection high-energy electron diffraction (RHEED) measurements. Samples are found to break away from CdxZn 1 _x Te buffer layers as a consequence of the 6% lattice mismatch in this system. However, defect densities in these superlattices are seen to drop dramatically awa...

The objectives of this study were to analyse the effect of inkjet 3-D printing parameters, particularly the splat overlap distance, for the fabrication of defect-free porous Al2O3 ceramic multilayers, and to correlate the resulting porosities with the mechanical properties measured using nanoindentation. An aqua-based alumina ink was used in this study to fabricate the multilayers on dense alum...