FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2966091569> ?p ?o ?g. }

• W2966091569 endingPage "100585" @default.
• W2966091569 startingPage "100585" @default.
• W2966091569 abstract "In this work, we investigate polymer nanocomposites (PNCs) based on a poly(propylene furanoate) (PPF), a relatively new biobased polymer, envisaged for various application, e.g. exploiting its exceptional gas barrier properties. PPF exhibits extremely slow crystallization and subsequently poor mechanical performance, therefore, targeting at improving its properties, PPF is filled here with five fillers of different geometries, i.e. Carbon Nanotubes (CNT), Halloysite nanotubes, Graphene nanoplatelets, and two Montomorillonite (MMT) clays. Crystallization, glass transition and mechanical performance are investigated employing differential scanning calorimetry (DSC) and mechanical nanoindentation tests supplemented by X-ray diffraction (XRD), on both amorphous and semicrystallized samples. Moreover, we attempt to investigate the structure (filler morphology, semicrystalline morphology) / properties relationship also in combination with recording molecular dynamics via broadband dielectric spectroscopy (BDS). For the fixed filler content of 1 wt%, the majority of the inclusions were found to increase the rate of PPF crystallization at the relatively mild temperature of 100 °C, which is desirable in industrial polymer processing. However the impact of the fillers on the degree of crystallinity is quite low, the latter being expected to correlate with semicrystalline morphology alternations in the composites as compared to the unfilled PPF. The nanoindentation tests showed clear beneficial effects of the various inclusions on the elastic modulus and indentation hardness, being, as expected, more profound in the case of semicrystallized PPF matrix. Additionally, the full-temperature dielectric-calorimetric map was constructed, showing that the effects on local and segmental polymer dynamics (β and α relaxations, respectively) by the PNC composition are insignificant whereas those by crystallization are dominant. Finally, an additional filler-related process (αf relaxation) was recorded in two cases of PNCs, showing non cooperative character and independency from crystallization, the origins of this process being still under investigation." @default.
• W2966091569 created "2019-08-13" @default.
• W2966091569 creator A5011916192 @default.
• W2966091569 creator A5019216041 @default.
• W2966091569 creator A5021637048 @default.
• W2966091569 creator A5029519781 @default.
• W2966091569 creator A5032405012 @default.
• W2966091569 creator A5084958543 @default.
• W2966091569 date "2019-09-01" @default.
• W2966091569 modified "2023-09-28" @default.
• W2966091569 title "Thermal, nanoindentation and dielectric study of nanocomposites based on poly(propylene furanoate) and various inclusions" @default.
• W2966091569 cites W1158702122 @default.
• W2966091569 cites W1911366916 @default.
• W2966091569 cites W1915428400 @default.
• W2966091569 cites W1944915281 @default.
• W2966091569 cites W1965020155 @default.
• W2966091569 cites W1965744913 @default.
• W2966091569 cites W1968952657 @default.
• W2966091569 cites W1969161711 @default.
• W2966091569 cites W1972977030 @default.
• W2966091569 cites W1974914236 @default.
• W2966091569 cites W1978497931 @default.
• W2966091569 cites W1980756041 @default.
• W2966091569 cites W1983998946 @default.
• W2966091569 cites W1984966075 @default.
• W2966091569 cites W1985278876 @default.
• W2966091569 cites W1987954659 @default.
• W2966091569 cites W1990492888 @default.
• W2966091569 cites W1997459274 @default.
• W2966091569 cites W2002286530 @default.
• W2966091569 cites W2004295240 @default.
• W2966091569 cites W2018257325 @default.
• W2966091569 cites W2030407989 @default.
• W2966091569 cites W2047502380 @default.
• W2966091569 cites W2050936551 @default.
• W2966091569 cites W2052450555 @default.
• W2966091569 cites W2065393039 @default.
• W2966091569 cites W2067897825 @default.
• W2966091569 cites W2067930838 @default.
• W2966091569 cites W2072313042 @default.
• W2966091569 cites W2075045898 @default.
• W2966091569 cites W2083240790 @default.
• W2966091569 cites W2085034603 @default.
• W2966091569 cites W2085257608 @default.
• W2966091569 cites W2085555425 @default.
• W2966091569 cites W2087543842 @default.
• W2966091569 cites W2088109299 @default.
• W2966091569 cites W2088654232 @default.
• W2966091569 cites W2094713243 @default.
• W2966091569 cites W2096380861 @default.
• W2966091569 cites W2138403156 @default.
• W2966091569 cites W2144208840 @default.
• W2966091569 cites W2157242092 @default.
• W2966091569 cites W2158916952 @default.
• W2966091569 cites W2167662590 @default.
• W2966091569 cites W2289813628 @default.
• W2966091569 cites W2311783331 @default.
• W2966091569 cites W2313793833 @default.
• W2966091569 cites W2321036789 @default.
• W2966091569 cites W2428976565 @default.
• W2966091569 cites W2468505890 @default.
• W2966091569 cites W2497511748 @default.
• W2966091569 cites W2508765929 @default.
• W2966091569 cites W2549691024 @default.
• W2966091569 cites W2550915065 @default.
• W2966091569 cites W2564312969 @default.
• W2966091569 cites W2583106113 @default.
• W2966091569 cites W2587431025 @default.
• W2966091569 cites W2619054950 @default.
• W2966091569 cites W2730188489 @default.
• W2966091569 cites W2734988649 @default.
• W2966091569 cites W2740913726 @default.
• W2966091569 cites W2751835783 @default.
• W2966091569 cites W2766511753 @default.
• W2966091569 cites W2777812797 @default.
• W2966091569 cites W2802362112 @default.
• W2966091569 cites W2804236572 @default.
• W2966091569 cites W2885309455 @default.
• W2966091569 cites W2889483092 @default.
• W2966091569 cites W2897304421 @default.
• W2966091569 cites W2903375614 @default.
• W2966091569 cites W2908366698 @default.
• W2966091569 cites W2910700523 @default.
• W2966091569 cites W2914184869 @default.
• W2966091569 cites W2946787124 @default.
• W2966091569 cites W2952755451 @default.
• W2966091569 cites W4236471015 @default.
• W2966091569 cites W4243350943 @default.
• W2966091569 doi "https://doi.org/10.1016/j.mtcomm.2019.100585" @default.
• W2966091569 hasPublicationYear "2019" @default.
• W2966091569 type Work @default.
• W2966091569 sameAs 2966091569 @default.
• W2966091569 citedByCount "25" @default.
• W2966091569 countsByYear W29660915692020 @default.
• W2966091569 countsByYear W29660915692021 @default.
• W2966091569 countsByYear W29660915692022 @default.
• W2966091569 countsByYear W29660915692023 @default.
• W2966091569 crossrefType "journal-article" @default.

• next