Development of functional composite materials by addition of inorganic inclusions to polymer matrix attracts growing attention in last decades and carbon nanotubes (CNT) attract particular interest as reinforcement material due to their unique properties tunable by doping and functionalization. However such material characteristics depend not only on the concentration and properties of nanoinclusions but also o...
Apresentação efetuada no European Congress and Exhibition on Advanced Materials and Processes - EuroMat 2013, em Sevilha, Espanha, 2013 ; Development of functional composite materials by addition of inorganic inclusions to polymer matrix attracts growing attention in last decades. However such material characteristics depend not only on the concentration and properties of nanoinclusions but also on their distr...
Poster "Advanced Hybrid Materials I I: design and applications" (Simposio P) ; Development of the hybrid materials with predefined properties by addition of inorganic nanoinclusions to a polymer material constitutes a hard challenge due to significant properties’ variations depending on inclusion’s distribution and interaction. To understand structure-property relations in such materials optical image analys...
Apresentação efectuada no E-MRS 2012 SPRING MEETING, Simpósio R "Science and technology of nanotubes, graphene and 2D layered materials", Strasbourg, France, 2012 ; Modification of carbon nanotubes by doping and functionalization is widely used to control individual nanotubes’ properties and interaction with surrounding media such as polymer matrix. As it is known from experiments and theoretical calculations...
Resumo ; The development of composites by addition of carbon nanotubes (CNT) to a polymer matrix is of particular interest due to significant changes in the composite properties depending on its morphology. To understand structure-property relations in such materials a computer code was developed to create a model composite structure with a non-uniform distribution probability of CTNs within the polymer matrix...
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