PIVA, SERGIO
PIVA, SERGIO
DIPARTIMENTO DI SCIENZA DEI MATERIALI
CO2 and H2 Capture and Storage by Porous Materials for Carbon-Free Energy Delivery
2025 Piva, S
Direct Integration of Functionalized Bridges by One-Step Superacid-Catalyzed Reaction to Fabricate Porous Polymers for CO2 Capture and Separation
2025 Perego, J; Piva, S; Bezuidenhout, C; Comotti, A; Sozzani, P; Bracco, S
Eu-modified poly (L-lactic acid) microspheres with enhanced crystallinity and stability by incorporation of rare-earth ions interacting with polymer chains via temperature-tuned emulsification
2025 Tamburini, G; Gasser, F; Charry, E; Resel, R; Tarricone, G; Piva, S; Sassella, A; Lorenzi, R; Paleari, A
Predictors of COVID-19 Readmission Among Patients Previously Hospitalized for SARS-CoV-2
2025 Colaneri, M; Canuti, M; Torrigiani, G; Dall'Olio, L; Bobbio, C; Baldi, S; Nobili, A; Puoti, M; Marchetti, G; Piva, S; Plebani, P; Raviglione, M; Gori, A; Cereda, D; Leoni, O; Fortino, I; Ojeda-Fernandez, M; Baviera, M; Tettamanti, M; Bandera, A
Characterization of Metal-Organic Frameworks by Solid-State NMR
2024 Piva, S
Characterization of Metal-Organic Frameworks Containing Molecular Rotors by Solid-State NMR
2024 Piva, S; Perego, J; Bezuidenhout, C; Sozzani, P; Bracco, S; Comotti, A
Dynamics of Fast-Rotating Rotors in a Metal-Organic Framework as Explored by Solid-State NMR
2024 Piva, S; Perego, J; Bezuidenhout, C; Kubicki, D; Sozzani, P; Bracco, S; Comotti, A
Heteroligand Zr-MOFs Explored by Xenon: Active Site Recognition by Synchrotron PXRD, Hyperpolarization NMR, and GCMC Simulations
2024 Bezuidenhout, C; Perego, J; Piva, S; Rigamonti, A; Sozzani, P; Monguzzi, A; Bracco, S; Comotti, A
Reabsorption-Free Scintillating Hetero-Ligand MOF Crystals Activated by Ultrafast Energy Transfer
2024 Orfano, M; Perego, J; Bezuidenhout, C; Villa, I; Lorenzi, R; Sabot, B; Pierre, S; Bracco, S; Piva, S; Comotti, A; Monguzzi, A
Solid State Machinery of Multiple Dynamic Elements in a Metal–Organic Framework
2024 Perego, J; Daolio, A; Bezuidenhout, C; Piva, S; Prando, G; Costarella, B; Carretta, P; Marchiò, L; Kubicki, D; Sozzani, P; Bracco, S; Comotti, A
Tuning Crystallinity of Poly(L-Lactic Acid) Microspheres through Emulsification Temperature Changes
2024 Tamburini, G; Tarricone, G; Piva, S; Sassella, A; Bertagnoli, S; Lorenzi, R; Paleari, A
Benchmark Dynamics of Dipolar Molecular Rotors in Fluorinated Metal-Organic Frameworks
2023 Perego, J; Bezuidenhout, C; Bracco, S; Piva, S; Prando, G; Aloisi, C; Carretta, P; Kaleta, J; Le, T; Sozzani, P; Daolio, A; Comotti, A
Benchmark Rotor Dynamics and Light-driven Motors Engineered in 3D Porous Architectures
2023 Comotti, A; Bracco, S; Perego, J; Bezuidenhout, C; Piva, S; Daolio, A; Prando, G; Rosa, I; Sozzani, P
Complete investigation of fluorinated MOF comprising dipolar molecular rotors by solid-state NMR
2023 Piva, S; Bracco, S; Perego, J; Bezuidenhout, C; Daolio, A; Comotti, A
Dipolar molecular rotors in fluorinated MOFs and CO2 capture
2023 Daolio, A; Perego, J; Bezuidenhout, C; Bracco, S; Piva, S; Prando, G; Rigamonti, A; Sozzani, P; Comotti, A
Dynamics of Dipolar Molecular Rotors in Fluorinated Bicyclopentane-Based MOFs
2023 Daolio, A; Perego, J; Bezuidenhout, C; Bracco, S; Piva, S; Prando, G; Aloisi, C; Carretta, P; Kaleta, J; Le, T; Sozzani, P; Comotti, A
Early stages of x-ray induced molecular unit modifications in poly(lactic acid)
2023 Tamburini, G; Bertagnoli, S; Tarricone, G; Piva, S; Sassella, A; Lorenzi, R; Paleari, A
Efficient radioactive gas detection by scintillating porous metal–organic frameworks
2023 Orfano, M; Perego, J; Cova, F; Bezuidenhout, C; Piva, S; Dujardin, C; Sabot, B; Pierre, S; Mai, P; Daniel, C; Bracco, S; Vedda, A; Comotti, A; Monguzzi, A
LUMINESCENT MOFS ARCHITECTURES FOR RADIOACTIVE GAS DETECTION AND ENGINEERING LARGE STOKES SHIFT
2023 Perego, J; Bezuidenhout, C; Bracco, S; Cova, F; Orfano, M; Piva, S; Sabot, B; Dujardin, C; Monguzzi, A; Comotti, A
MOF Containing Layers of Dipolar-Rotor with Very High Mobility at Extremely Low Temperatures
2023 Bezuidenhout, C; Perego, J; Daolio, A; Bracco, S; Piva, S; Sozzani, P; Prando, A; Kaleta, J; Comotti, A