Titlebook: Nanostructured Materials for Engineering Applications; Carlos Pérez Bergmann,M?nica Jung Andrade Book 2011 Springer Berlin Heidelberg 2011

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theory with the geometry of the signal and its domain. It is relatively easy to demonstrate this connection in Euclidean spaces, but one quickly gets into open problems when the underlying space is not Euclidean. We focus primarily on Euclidean and hyperbolic geometries.There are numerous motivation

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Antonio Gomes Souza Filho,Solange Binotto Fagan characterized in which the classical sampling series uniformly converge, and we investigate whether adaptive recovery algorithms can yield uniform convergence in spaces where non-adaptive sampling series does not. In particular, it is shown that the investigation of adaptive signal recovery algorit

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Introduction,tructured Materials for Engineering Applications is composed of ten chapters that give a brief introduction to the different engineering applications of nanostructured materials. It addresses the latest developments in the field without going into too much scientific detail of the physics and chemis

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Nanomagnetic Materials,aterials when it comes to their physical, chemical and mechanical properties. The search for new magnetic materials, e.g., brought with it the development of metallic-based materials, such as iron, combined with unique nanocrystalline structures and properties that were never seen or had not yet bee

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Optoeletronic and Ferroeletric Applications,h and industry are presented. Special emphasis is given to carbon nanotubes, graphene, perovskite, aurivillius and thin films. In the field of nanotechnology applied to ceramic materials, there are different methods of fabrication and processing of these materials, such as powder form, bulk or thin