Synthesis and Applications of Biopolymer Composites

Díez-Pascual, Ana||Cinelli, Patrizia

Synthesis and Applications of Biopolymer Composites


English[eng]


biodegradable films||chitosan||natural rubber||n/a||toughening||elastomer||deoxycholic acid||cellulose fibers||amphiphilic polymer||cross-link density||antioxidant activity||nanocomposites||silk fibroin||impact properties||conductivity||antimicrobial agents||Py-GC/MS||Poly(propylene carbonate)||biodisintegration||peptide-cellulose conformation||nanocomposite||alginate films||toughness||protease sensor||physical and mechanical properties||biocomposites||nanocellulose||thermal decomposition kinetics||potato protein||micelles||nanofibers||mechanical properties||active packaging materials||cellulose||structural profile||glycol chitosan||glass transition||essential oils||compatibility||plasticized starch||natural fibers||biopolyester||human neutrophil elastase||biodegradation||bio-composites||fiber/matrix adhesion||?-tocopherol succinate||MgO whiskers||carbon nanotubes||PLLA||electrospinning||chitin nanofibrils||FTIR||biopolymers composites||DMA||wheat gluten||water uptake||folic acid||polycarbonate||aerogel||surfactant||paclitaxel||chemical pre-treatment||biomass||thermoplastic polyurethane||poly(3-hydroxybutyrate-3-hydroxyvalerate)||stress-strain||polyfunctional monomers||bio-based polymers||tensile properties||compatibilizer||TG/FTIR||PVA||in vitro degradation||poly(lactic acid)||heat deflection temperature