Electrocatalysts that offer an improved intrinsic catalytic and kinetic activity with adequate stability in oxidative electrochemical environments are quintessential in the catalysis of oxygen evolution reactions (OER) for ...

The project is focus on the synthesis and characterization of lanthanide bismuth oxyfluoride particles. The samples are synthesized through homogeneous precipitation using a microwave reactor to heat. Furthermore, by doping ...

The thesis project is focused on the synthesis and characterization of nanostructured bismuth ferrite, BiFeO3 (BFO), thin films with enhanced photoelectrocatalytic properties. Photoelectrocatalytic materials are semiconductors ...

This thesis investigates the nano - electrical properties of a metal oxide semiconductor for photovoltaic applications. Three p-Cu2O/n-TiO2 and one TiO2 (bare) samples were investigated during the thesis. The main difference ...

The past decades have witnessed an increased interest in luminescent nanomaterials because of their broad application prospects, among which luminescence sensing. From this perspective, luminescent nanomaterials made of ...

The aim of the work is to study different composite of PEEK (Poly-ether-ether-ketone) with the addiction of different amount of Silicon Powders and understand if the additives could enhance the osteoconductive properties ...

Growing population, lack of water resources, the massive amount of water withdrawal, and migration of people from rural to urban areas are creating a water scarcity issues in Pakistan. However, the suitable quantity of ...

Nel presente lavoro di tesi si è studiata la preparazione di montmorilloniti organofile modificate con sali d'ammonio fluorurati, da usare per la sintesi di polimeri nanocompositi. Il lavoro si è articolato in quattro fasi: ...

Main purpose of this thesis is the identification of different types of photoluminescent additives for the formulation of innovative waterborne self-diagnostic protective coatings which could serve in the field of cultural ...

I materiali a base di ioni di terre rare vengono ampiamente utilizzati in ottica e fotonica: la loro versatilità è dovuta all’ampia gamma di transizioni elettroniche all’interno dell’orbitale 4f, caratterizzate da emissioni ...