PALANTI, SABRINA
PALANTI, SABRINA
Istituto per la BioEconomia - IBE
Materiali biocompositi a base di micelio fungino e fibre di legno impregnate con un materiale a cambiamento di fase per la valutazione delle prestazioni termodinamiche
2024 Palanti, Sabrina
Colloidal silver as innovative multifunctional pigment: The effect of Ag concentration on the durability and biocidal activity of wood paints
2023 Calovi, M; Coroneo, V; Palanti, S; Rossi, S
RELAZIONE PROGETTO BIO-NRG STORE Periodo 01/01/23 al 31/08/23
2023 Palanti S.; Brunetti M.; Nocetti M.; Atena A.; Stefani F.; De Francesco F.; Burato P.; Aminti G.; Pizzo B.
RELAZIONE PROGETTO BIO-NRG STORE Periodo 15/12/22 al 31/08/23
2023 Palanti, S; Brunetti, M; Nocetti, M; Atena, A; Stefani, F; De Francesco, F; Burato, P; Aminti, G; Pizzo, B
Set-up of a methodology to evaluate the consolidation of archaeological waterlogged wood veneered in ivory
2023 Pizzo, B.; Macchioni, N.; Morgos, A.; Palanti, S.; Pecoraro, E.
Wood-Decaying Fungi: From Timber Degradation to Sustainable Insulating Biomaterials Production
2023 Charpentieralfaro, C; Benavideshernández, J; Poggerini, M; Crisci, A; Mele, G; Della Rocca, G; Emiliani, G; Frascella, A; Torrigiani, T; Palanti, S
Advanced Technologies for Increasing the Durability of Timber and Extending Its Service Life
2022 Palanti, S; Terziev, N
Beech (Fagus orientalis) wood modification through the incorporation of polystyrene-ricinoleic acid copolymer with Ag nanoparticles
2022 Can, A; Sivrikaya, H; Hazer, B; Palanti, S
Bio-Based Phase Change Materials for Wooden Building Applications
2022 Palanti S.; Temiz A.; Gaye Köse Demirel; Hekimoglu G.; Sari A.; Nazari M.; Jebrane M.; Schnabel T.; Terziev N.
Biological assessment of bio-based phase change materials in wood for construction applications
2022 Palanti S.; Temiz A.; Demirel G.K.; Hekimoglu G.; Sari A.; Nazari M.; Gao J.; Jebrane M.; Schnabel T.; Terziev N.
Biological Resistance of Acetylated Radiata Pine, European Beech, and MDF against Marine Borers at Three Italian Sites after Five Years Immersion
2022 Palanti, S; Stefani, F; Andrenacci, M; Faimali, M; Guarneri, I; Sigovini, M; Tagliapietra, D
Evaluation of different wood by-products for sustainable building biomaterial production using fungal mycelium
2022 CharpentierAlfaro C.; Poggerini M.; Palanti S.; Della Rocca G.; Pellegrini D.; Crisci A.
Results of the resistance of acetylated wood against marine borers at three Italian sites after five years of sea immersion
2022 Palanti, S; Stefani, F; Andrenacci, M; Faimali, M; Guarneri, I; Sigovini, M; Tagliapietra, D
Case of study: Assessment and Control of Termite Infestation in the Holy Monastery of Saint Catherine, Sinai, Egypt
2021 Palanti, S; Tavlaridis, G
Comprehensive Evaluation Method of Historical Timber Structural Building Taking Fujiu Zhou House as an Example
2021 Wang P.; Li S.; Macchioni N.; Palanti S.; Milani G.
Decay, insect, and termite resistance of wood modified with epoxidized vegetable oils
2021 Demirel, Gk; Temiz, A; Palanti, S; Terziev, N
Determination of extractive content in Cupressus sempervirens wood through a NIRS-PLSR model and its correlation with durability
2021 Palanti, S; Alves, A; Rodrigues, J; Danti, R
Enhancement of wood biological resistance and fire retardant properties after laccase assisted enzymatic grafting
2021 Bolano, C; Palanti, S; Benni, L; Moldes, D
Modeling the Material Resistance of Wood--Part 2: Validation and Optimization of the Meyer-Veltrup Model
2021 Brischke, C; Alfredsen, G; Humar, M; Conti, E; Cookson, L; Emmerich, L; Flæte, Po; Fortino, S; Francis, L; Hundhausen, U; Irbe, I; Jacobs, K; Klamer, M; Krinik, D; Lesar, B; Melcher, E; Meyerveltrup, L; Morrell, Jj; Norton, J; Palanti, S; Presley, G; Reinprecht, L; Singh, T; Stirling, Rr; Venäläinen, M; Westin, M; Wong, Ahh; Suttie, E
Modelling the Material Resistance of Wood--Part 3: Relative Resistance in above and in Ground Situations--Results of a Global Survey
2021 Brischke C.; Alfredsen G.; Humar M.; Conti E.; Cookson L.; Emmerich L.; Flæte P.O.; Fortino S.; Francis L.; Hundhausen U.; Irbe I.; Jacobs K.; Klamer M.; Krinik D.; Lesar B.; Melcher E.; MeyerVeltrup L.; Morrell J.J.; Norton J.; Palanti S.; Presley G.; Reinprecht L.; Singh T.; Stirling R.; Venäläinen M.; Westin M.; Wong A.H.H.; Suttie E.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| Materiali biocompositi a base di micelio fungino e fibre di legno impregnate con un materiale a cambiamento di fase per la valutazione delle prestazioni termodinamiche | 1-gen-2024 | Palanti, Sabrina | |
| Colloidal silver as innovative multifunctional pigment: The effect of Ag concentration on the durability and biocidal activity of wood paints | 1-gen-2023 | Calovi, M; Coroneo, V; Palanti, S; Rossi, S | |
| RELAZIONE PROGETTO BIO-NRG STORE Periodo 01/01/23 al 31/08/23 | 1-gen-2023 | Palanti S.; Brunetti M.; Nocetti M.; Atena A.; Stefani F.; De Francesco F.; Burato P.; Aminti G.; Pizzo B. | |
| RELAZIONE PROGETTO BIO-NRG STORE Periodo 15/12/22 al 31/08/23 | 1-gen-2023 | Palanti, S; Brunetti, M; Nocetti, M; Atena, A; Stefani, F; De Francesco, F; Burato, P; Aminti, G; Pizzo, B | |
| Set-up of a methodology to evaluate the consolidation of archaeological waterlogged wood veneered in ivory | 1-gen-2023 | Pizzo, B.; Macchioni, N.; Morgos, A.; Palanti, S.; Pecoraro, E. | |
| Wood-Decaying Fungi: From Timber Degradation to Sustainable Insulating Biomaterials Production | 1-gen-2023 | Charpentieralfaro, C; Benavideshernández, J; Poggerini, M; Crisci, A; Mele, G; Della Rocca, G; Emiliani, G; Frascella, A; Torrigiani, T; Palanti, S | |
| Advanced Technologies for Increasing the Durability of Timber and Extending Its Service Life | 1-gen-2022 | Palanti, S; Terziev, N | |
| Beech (Fagus orientalis) wood modification through the incorporation of polystyrene-ricinoleic acid copolymer with Ag nanoparticles | 1-gen-2022 | Can, A; Sivrikaya, H; Hazer, B; Palanti, S | |
| Bio-Based Phase Change Materials for Wooden Building Applications | 1-gen-2022 | Palanti S.; Temiz A.; Gaye Köse Demirel; Hekimoglu G.; Sari A.; Nazari M.; Jebrane M.; Schnabel T.; Terziev N. | |
| Biological assessment of bio-based phase change materials in wood for construction applications | 1-gen-2022 | Palanti S.; Temiz A.; Demirel G.K.; Hekimoglu G.; Sari A.; Nazari M.; Gao J.; Jebrane M.; Schnabel T.; Terziev N. | |
| Biological Resistance of Acetylated Radiata Pine, European Beech, and MDF against Marine Borers at Three Italian Sites after Five Years Immersion | 1-gen-2022 | Palanti, S; Stefani, F; Andrenacci, M; Faimali, M; Guarneri, I; Sigovini, M; Tagliapietra, D | |
| Evaluation of different wood by-products for sustainable building biomaterial production using fungal mycelium | 1-gen-2022 | CharpentierAlfaro C.; Poggerini M.; Palanti S.; Della Rocca G.; Pellegrini D.; Crisci A. | |
| Results of the resistance of acetylated wood against marine borers at three Italian sites after five years of sea immersion | 1-gen-2022 | Palanti, S; Stefani, F; Andrenacci, M; Faimali, M; Guarneri, I; Sigovini, M; Tagliapietra, D | |
| Case of study: Assessment and Control of Termite Infestation in the Holy Monastery of Saint Catherine, Sinai, Egypt | 1-gen-2021 | Palanti, S; Tavlaridis, G | |
| Comprehensive Evaluation Method of Historical Timber Structural Building Taking Fujiu Zhou House as an Example | 1-gen-2021 | Wang P.; Li S.; Macchioni N.; Palanti S.; Milani G. | |
| Decay, insect, and termite resistance of wood modified with epoxidized vegetable oils | 1-gen-2021 | Demirel, Gk; Temiz, A; Palanti, S; Terziev, N | |
| Determination of extractive content in Cupressus sempervirens wood through a NIRS-PLSR model and its correlation with durability | 1-gen-2021 | Palanti, S; Alves, A; Rodrigues, J; Danti, R | |
| Enhancement of wood biological resistance and fire retardant properties after laccase assisted enzymatic grafting | 1-gen-2021 | Bolano, C; Palanti, S; Benni, L; Moldes, D | |
| Modeling the Material Resistance of Wood--Part 2: Validation and Optimization of the Meyer-Veltrup Model | 1-gen-2021 | Brischke, C; Alfredsen, G; Humar, M; Conti, E; Cookson, L; Emmerich, L; Flæte, Po; Fortino, S; Francis, L; Hundhausen, U; Irbe, I; Jacobs, K; Klamer, M; Krinik, D; Lesar, B; Melcher, E; Meyerveltrup, L; Morrell, Jj; Norton, J; Palanti, S; Presley, G; Reinprecht, L; Singh, T; Stirling, Rr; Venäläinen, M; Westin, M; Wong, Ahh; Suttie, E | |
| Modelling the Material Resistance of Wood--Part 3: Relative Resistance in above and in Ground Situations--Results of a Global Survey | 1-gen-2021 | Brischke C.; Alfredsen G.; Humar M.; Conti E.; Cookson L.; Emmerich L.; Flæte P.O.; Fortino S.; Francis L.; Hundhausen U.; Irbe I.; Jacobs K.; Klamer M.; Krinik D.; Lesar B.; Melcher E.; MeyerVeltrup L.; Morrell J.J.; Norton J.; Palanti S.; Presley G.; Reinprecht L.; Singh T.; Stirling R.; Venäläinen M.; Westin M.; Wong A.H.H.; Suttie E. |