Argomenti di tesi proposti dal docente.
• Metal-Air Batteries:
-Lithium- and Aluminum-Air batteries
• Flow Batteries
- Novel chemistries and semisolid components
• Supercapacitors -miniaturization and Integration in energy harvesters (microbial fuel cells, solar cells) and autonomous devices (wearable, remote sensors, bio-medical systems)
•Bio-inspired materials and systems for energetics
Ultime tesi seguite dal docente
Tesi di Laurea
- Analisi della crescita batterica in sistemi elettrochimici.
- Ottimizzazione di biochar derivato da lignina per supercondensatori
Tesi di Laurea Magistrale
- Boosting microbial fuel cell performance by combining with an external supercapacitor
- Cobalt-free cathode for high voltage lithium-ion battery
- Design of Li-ion batteries for direct recycling
Tesi di Dottorato
- Strategies for lowering the environmental impact of different electrochemical energy storage system
