Antônio Carlos Hernandes

• Abstract

  The objective of the present project is to synthesize and characterize the physical properties of electro-ceramic materials for application in electronic devices. The proposed materials are based on ferroelectric and ferroelectric systems obtained through sintering processes from conventionally processed ceramic powders and polymeric precursors chemical method (modified Pechini´s method).…

  Development and Study of Electroceramic Materials with Technological Interest, AV.BR

• Abstract

  The project's aim is to make adjustments in the Research Laboratories of the São Carlos Institute of Physics, in particular those related to área of laboratory and infrastructures, to ensure the development of research projects and the training of graduate studentes. (AU)

  Financial resources to intitutional research projects: plan of implementation for the research infrastructures of São Carlos Institute of Physics - University of São Paulo - year 2013, AP.RT.INST

• Abstract

  The Project's aim is to make adjustments in the Research Laboratories of the São Carlos Institute of Physics, in particular those related to area of laboratory and infrastructure, to ensure the development of research projects and the training of graduate students. (AU)

  Financial resources due to institutional research projects: plan of implementation for the research infrastructure of São Carlos Institute of Physics – University of São Paulo – Year 2012, AP.RT.INST

(Only some records are available in English at this moment)

• Abstract

  In the present work we propose an experimental investigation on the preparation and physical properties of the Ba3Ca1.18Nb1.52R0.3O9-´ (where R = Y, Sm, Gd) ceramics. Similar systems have been studied during last decades owing to their huge potential as electrolyte membranes for proton conducting solid oxide fuel cells (PC-SOFC). High proton conductivity and improved chemical stability ar…

  Proton conducting ceramics based on the Ba3Ca1.18Nb1.52R0.3O9-´ (where r = Y, SM, GD) systems: preparation and physical properties, BP.IC

• Abstract

  This project about the development of a biomaterial obtained by incorporation of particles of calcium phosphates Ca/P with different structures and morphologies in polymeric structure latex processed. The forms in which the particles are aggregated to polymeric structure, as the interactions between the particles and the proteins present in natural latex will be investigated. It is expect…

  Development of biomaterial from the incorporation of calcium phosphates in latex structures to order application as controlled release device, BP.PD

• Abstract

  This project address a study of guided tissue regeneration through biomechanical characterizations of temporo-mandibular joint disc (TMJ) and Natural Rubber membranes. Samples will be investigated under a simulated biological environment as well as a living tissue response. Different experimental approaches such as inverse method and tensile-relaxation tests as well as theoretic modelling…

  Study of the Guided Tissue Regeneration (GTR) through experimental analysis in temporo-mandibular joint's disc and NR-CaP occlusive membranes, BE.EP.PD