Development and study of novel nano-structured hybrid materials based on carbon
Abstract
One of the aspects of modern materials science that has been captivating scientific interest in the last decade are low-dimensionality systems, mostly because of their physical, chemical and biological properties which are widely different from their bulk material. By the use of bottom-up synthetic methods, the control of the products in nanoscale is possible, aiming at the same time at producing novel hybrid nano-materials. Towards this aim, the main subject of this dissertation was the design, development, characterization and study of novel low-dimensional hybrid materials based on carbon. Carbon nanotubes encapsulating tin and tin-lead superconducting nanowires as well as magnetic manganese-bismuth nanorods were formed using the conventional catalytic chemical vapor deposition method. The products were examined by the use of a combination of analytical techniques such as XRD, Raman and Mössbauer spectroscopies, DTA/TG, TEM, SEM and SQUID. Additionally, a new graphene oxide form was ...
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