Ricerca avanzata per:
Risultati della ricerca
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1. Marino Lab – Research Group (100%)
18-set-2026 13.57.14Marino Lab – Research Group Marino Lab, Emanuele Marino, Università degli Studi di Palermo, nanocrystals, colloidal nanocrystals, self-assembly, supramolecular assembly, hierarchical materials, functional materials, photonics Italiano Marino Lab è il gruppo di ricerca coordinato dal Prof. Emanuele Marino presso l'Università degli Studi di Palermo. Il gruppo sviluppa materiali funzionali a partire da nanocristalli colloidali e dalla loro auto-organizzazione in strutture gerarchiche, combinando
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2. Schede_1_23.pdf (24%)
15-giu-2021 12.33.16concerns the mechanics of hierarchical materials in terms of determining the elastic characteristics
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6. Schede_1_31 (24%)
6-lug-2022 9.49.35the mechanics of hierarchical materials in terms of determining the elastic characteristics and breaking
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7. bando_xxxvii_en_INPS_REGSIC_Sheets_1_7 (24%)
4-apr-2022 13.08.39of hierarchical materials in terms of determining the elastic characteristics and breaking stresses
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8. DR_1243_2022 Bando_borse_aggiuntive_INPS_REG_SIC_dottorati_XXXVII_ciclo (24%)
21-mar-2022 11.45.34 -
9. Bando_Schede-1-7 (24%)
22-mar-2022 15.45.32the mechanics of hierarchical materials in terms of determining the elastic characteristics and breaking
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10. _Schede-1-35_dottorato_41 (24%)
8-lug-2025 9.04.26, nanostructures, nanobeams and bioinspired materials concerns the mechanics of hierarchical materials in terms
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14. Terzo_Bando_Schede_1_8 (24%)
16-feb-2026 10.10.00to nanotubes, nanostructures, nanobeams and bioinspired materials concerns the mechanics of hierarchical materials in terms of determination of elastic characteristics and breaking stresses by means
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18. _Schede_1_35_Avviso_32_2026 (24%)
10-ago-2026 9.10.47, nanobeams and bioinspired materials concerns the mechanics of hierarchical materials in terms
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20. _Schede-1-35_dottorato_41 (24%)
13-lug-2026 11.43.57, nanobeams and bioinspired materials concerns the mechanics of hierarchical materials in terms
