License and Copyright© 2017 MDPI; under CC BY-NC-ND license
Keywordscompatibilization; PA6/PP blend; electron-beam irradiation; morphology; rheological properties; mechanical properties; glycidyl methacrylate (GMA); poly(lactic acid); poly(butylene adipate-co-terephthalate); bark flour of plane tree; composite; morphology; mechanical property; crystallization; spray deposition; polymer blends; amphiphilic copolymers; thermoresponsive surfaces; superhydrophobicity; polyurethane; styrene; grafting polymerization; gamma-irradiation; epoxy; reaction-induced microphase separation; F127; block copolymer; poly(vinyl chloride) composites; calcium sulfate whisker; coupling agent; surface treatment; interface; epoxy; liquid rubber; mechanical properties; rubber-toughened epoxy; compatibilization; immiscible polymer blends; compatibilizers; gas separation membranes; polymer blend; organic field-effect transistor; inkjet printing; organic semiconductor; soluble acene; printed electronics; polymer blends; surface structures and chemical properties; ToF-SIMS; XPS; soft wood kraft lignin; lignin-carbohydrate-complex (LCC); aliphatic chain modification; polymer blend; biodegradability; compatibility; polymer blend; skin-core morphology; blend morphology; viscosity ratio; PC/ABS; fracture surface
Accessibility InformationWe are working as quickly as possible to make a fully accessible version of this title. Thank you for your patience.
