FAINA, SOFIA
FAINA, SOFIA
DIPARTIMENTO DI SCIENZA DEI MATERIALI
Al2O3 Decorated with Zn Single Sites: A Multifunctional Filler for Upgrading the Properties of XNBR Composites
2025 Faina, S; Colombo, M; Mirizzi, L; Hernández Santana, M; Utrera-Barrios, S; Nistico', R; Diré, S; Callone, E; Mostoni, S; Fredi, G; Di Credico, B; Scotti, R; D'Arienzo, M
Characterization techniques: Understanding the rubber compounds
2025 Utrera-Barrios, S; Muñoz, J; Perera, R; Jacobi, M; Friedenthal, E; Gheller, J; Mas-Giner, I; D´arienzo, M; Faina, S; Colombo, M; López-Valentín, J; Martín, F; Zepeda, Z; Hernández Santana, M
Nanofillers Modified with Zn Single Sites for Advanced XNBR Composites
2025 Faina, S; Valagussa, P; Colombo, M; Hernandez Santana, M; Mauri, M; Scotti, R; Di Credico, B; Mostoni, S; Nistico', R; D'Arienzo, M
Alumina-based hybrid filler for applications in thermal conductive and self-healing polymeric nanocomposites
2024 Faina, S; Mostoni, S; Mirizzi, L; D'Arienzo, M; Di Credico, B; Mas Giner, I; Utrera-Barrios, S; Hernández Santana, M
Self-Healing Polimeric Nanocomposites With Al2O3 Based Filler For Thermal Conductive Applications
2024 Faina, S; Mostoni, S; Mirizzi, L; D'Arienzo, M; Di Credico, B; Mas Giner, I; Utrera-Barrios, S; Hernández Santana, M
Self-healing thermally conductive XNBR nanocomposites
2024 Faina, S; D'Arienzo, M; Hernández Santana, M
Sepiolite nanofibers decorated with Zn single sites: a sustainable filler for mechanically robust, self-healing and recyclable ionomeric elastomer composites.
2024 D'Arienzo, M; Valagussa, P; Hernandez Santana, M; Faina, S; Colombo, M; Scotti, R; Di Credico, B; Mostoni, S; Nistico', R