SCN / Synthesis of Colloidal Nanocrystals
The nanochemistry facility entails exploitation of elaborate colloidal chemistry approaches (ambient and high-temperature) to harness nanoscale size and shape-guiding mechanisms that afford various kinds of functional nanocrystals (single-phase, core@shell, anisotropic, hybrid particles) with tunable response (semiconducting, metallic, magnetic etc). Multidimensional nanostructures, such as cluster-like nanoarchitectures or periodic nanoparticle superlattices could also be realized by exploiting our know-how on directed assembly methods in liquid media. User-based projects benefit from controlled requirements for nanocrystal growth under anaerobic conditions met by the offered tools (e.g. Schlenk techniques, including digital temperature control growth conditions, Ar-circulating glove-boxes) that are combined with an armory of in-house characterization methods (structural, optical, electrical, dielectric, magnetic etc.). The aim is to provide a user-oriented platform for cost-efficient, easily scaled-up fabrication of novel inorganic nanoparticles, as well as their complete understanding that facilitates their use in diverse and interdisciplinary applications, from data storage and electronics to catalysis and biomedical imaging/therapy.
Chemical hoods equipped with vacuum-inert gas lines (Schlenk type), Glove-boxes, Centrifuges, Digital temperature controlled heating mantles, Magnetic stirrer hot plates, Incubators, Analytical balances
Colloidal dispersions and dry powders of nanocrystals, or nanoparticle assembled solids (superlattices) on suitable substrates
Conventional and CCD-assisted stereoscopes, KBr hydraulic press, Glass-blowing propane torch
Single and two-zone programmable furnaces (up to 1600C) for vacuum or gas-flow reactions, High-vacuum line with portable programmable furnace for CVT (cf. sublimation & degassing), Thermogravimetric analysis
Dr. Alexandros Lappas, firstname.lastname@example.org