TY  - BOOK
AU  - Velasco, José Ignacio||Antunes, Marcelo
TI  - Polymeric Foams
KW  - graphene oxide||n/a||microstructure||multi-objective particle swarm optimization||electromagnetic wave absorption||polyamide||lignin||expandable microspheres||surfactants||aluminum microfibers||biomaterials||permittivity||compression properties||shock compression||syntactic foams||1||impact wedge–peel test||phenolic foams||3||foam extrusion||energy conservation||heat transfer||heterogeneous nucleation||polyurethane foam||leaching test||functional||cellulose foam||impact property||foam injection molding||itaconic acid||composites||foaming quality||phosphorus flame retardants||polymer waste||metallic tube||5-benzene-trisamides||polyurethane foam composites||polyetherimide foams||scCO2||Ethylene Propylene Diene Monomer||thermal conductivity||ethyl cellulose||super critical CO2||thermal insulation||cell nucleation||crystalline||polypropylene||PZT||burning characteristic||foams||quasi-static compression tests||flame-retardant ABS microcellular foams||nanotubes||conductivity||energy absorption capability||intrinsic toughness||ternary synergistic effect||multilayers||absorbent PMI foam||semi-rigid polyurethane foams||phosphorus||EMI||supramolecular additives||MuCell® injection-molding foaming||piezocomposite||ultrasonication||scCO2 foaming||automobile structural adhesives||thermogravimetric analysis||rigid polyurethane foam||failure mechanism||mechanical properties||multifunctional foams||SANS||fluoelastomer||sound absorption coefficient||acoustic performances||functional foam||foam morphology||mechanical property||polystyrene foams||piezoelectric||graphene||Pluronic||epoxy composite foam adhesive||polymers||flame retardancy||core–shell rubber||extrusion foaming||equation of state||cellulose nanofiber||epoxy||DOPO||PUR||grey relational analysis||activation energies||adjacent façade||electrical conductivity
UR  - https://mdpi.com/books/pdfview/book/1796
ER  -