Aristotle University of Thessaloniki (AUTH) is an academic Institution which is composed of 11 faculties consisting of 41 Schools and around 40.000 active students (31.000 undergraduate and 9.000 postgraduate of which 3.900 at doctorate level) and 2366 faculty members. AUTH is the largest University in Greece and in the Balkans and in terms of promoting innovation, 32 patents have been granted during the last 3 years on a national, European and international level. Based on recent data from international ranking lists, out of 20372 higher institutions in the world, AUTH was in the 158th in 2012, ranking first among 23 Greek Universities. AUTH has a funding (2009-2013) (nationally and internationally) for the three major faculties: Health, Sciences and Engineering of a total of 138.330.059 €, from which 38.153.623 € are allocated to the faculty of science. It is also worth to mention that AUTH has 864 international partners and 2355 active research programs (year 2013) and showing an enhancement the last years not only to funding but also in international cooperation.
The School of Physics (Faculty of Sciences) was founded in 1928. It is one of the most significant, oldest, and largest schools, not only in terms of the number of staff and students, but also in terms of research programs, projects, and academic excellence. It consists of five departments; one of them is the section of solid-state physics, which includes the Laboratory of Advanced Materials & Devices (AMDe lab). The AMDelab offers extensive expertise in applied physics and materials science. Scientific activity includes experimental procedures, theoretical studies, and technological applications. The main categories are as follows: 1) growth processes and development of innovative and high technology materials using CVD systems (thermal CVD, pack cementation, LPCVD), Sputtering techniques, and Ball milling procedures, 2) study of the structural properties (qualitative/quantitative analysis, determination of crystallinity, chemical/structural analysis, topography, surface imaging and morphology) using X-ray methods (XRD, XRR and XPS), 3) Electron Microscopy and qualitative/quantitative analysis (SEM equipped with EDS-WDS analyzer and High-Resolution TEM), 4) Optical Spectroscopy and molecular investigation (FTIR spectrometer), 5) study of thermal properties such as melting, crystallization, glass transition, Cp, curing, degradation, kinetics (TGA-DSC) and 6) theoretical approach of solid-state physics.
The Laboratory of Polymer Chemistry and Technology (LPCT), from the School of Chemistry, and the Laboratory of Advanced Materials and Devices (AMDelab), from the School of Physics, will participate in REDONDO. LPCT focuses on (bio)polymer and (bio)composites synthesis and characterization, as well as applications of (bio)polymers in several areas including pipes, films, bottles, fibers, etc. In the present proposal, the AMDelab will focus on the thermal analysis (behaviour and thermal stability) of polymers and the effect of different additives on polymer thermal properties.
https://bikiarislab.wixsite.com/bikiarislab http://amdelab.physics.auth.gr/index-en.htm</a >
</a ></a >www.auth.gr