Matches in SemOpenAlex for { <https://semopenalex.org/work/W3090797596> ?p ?o ?g. }
- W3090797596 endingPage "123855" @default.
- W3090797596 startingPage "123855" @default.
- W3090797596 abstract "Polymer nanocomposites based on organo-modified Beidellite nanoclays (1–3 wt%) and poly(butylene succinate) (PBS) were elaborated and investigated using Scanning electron microscope (SEM), X-Ray diffraction (XRD), Differential Scanning Calorimetry (DSC) and Broadband Dielectric Spectroscopy (BDS). SEM analysis and XRD diffractograms demonstrated a good dispersion of added nanoclays in the poly(butylene succinate) matrix. A possible correlation between the crystallinity rate provided by the DSC results and the dielectric response of the samples was evaluated in order to establish a morphology-property relation. Additionally, a step-like variation related to an enthalpic relaxation within the rigid amorphous fraction (RAF) indicated a delayed contribution of this region to the overall dynamics of the polymer. The BDS results have shown various relaxation processes for which the activation energies were calculated after fitting the dielectric data by means of the Havriliak–Negami model. No significant effects of the added nanofiller on the glass transition temperature were observed. The extracted parameters confirm that a 2 wt% of Beidellite exhibits a better matrix/filler adhesion and hence improved interfacial properties. Thus, such filler load is recommended for a higher performing nanocomposite with potential applications." @default.
- W3090797596 created "2020-10-08" @default.
- W3090797596 creator A5018675801 @default.
- W3090797596 creator A5019775163 @default.
- W3090797596 creator A5059451170 @default.
- W3090797596 creator A5065284035 @default.
- W3090797596 creator A5072960216 @default.
- W3090797596 creator A5084034824 @default.
- W3090797596 creator A5084751106 @default.
- W3090797596 creator A5084964600 @default.
- W3090797596 date "2021-01-01" @default.
- W3090797596 modified "2023-10-05" @default.
- W3090797596 title "Dielectric and thermal characteristics of Beidellite nanoclay-reinforced poly(butylene succinate)" @default.
- W3090797596 cites W1589604442 @default.
- W3090797596 cites W1783275377 @default.
- W3090797596 cites W1969808703 @default.
- W3090797596 cites W1973807589 @default.
- W3090797596 cites W1974654131 @default.
- W3090797596 cites W1978805227 @default.
- W3090797596 cites W1979773176 @default.
- W3090797596 cites W1980616867 @default.
- W3090797596 cites W1983998946 @default.
- W3090797596 cites W1984382026 @default.
- W3090797596 cites W1988634808 @default.
- W3090797596 cites W1993096368 @default.
- W3090797596 cites W1996610820 @default.
- W3090797596 cites W1996694201 @default.
- W3090797596 cites W2000509090 @default.
- W3090797596 cites W2002050879 @default.
- W3090797596 cites W2005638976 @default.
- W3090797596 cites W2008586696 @default.
- W3090797596 cites W2010213867 @default.
- W3090797596 cites W2013002329 @default.
- W3090797596 cites W2013398333 @default.
- W3090797596 cites W2018432449 @default.
- W3090797596 cites W2021077267 @default.
- W3090797596 cites W2021653579 @default.
- W3090797596 cites W2026887534 @default.
- W3090797596 cites W2038969532 @default.
- W3090797596 cites W2039753698 @default.
- W3090797596 cites W2040270350 @default.
- W3090797596 cites W2041282629 @default.
- W3090797596 cites W2044592483 @default.
- W3090797596 cites W2045137012 @default.
- W3090797596 cites W2045442437 @default.
- W3090797596 cites W2045871621 @default.
- W3090797596 cites W2048014227 @default.
- W3090797596 cites W2048069856 @default.
- W3090797596 cites W2054274449 @default.
- W3090797596 cites W2056971610 @default.
- W3090797596 cites W2061127345 @default.
- W3090797596 cites W2071504314 @default.
- W3090797596 cites W2079926375 @default.
- W3090797596 cites W2080680970 @default.
- W3090797596 cites W2085674635 @default.
- W3090797596 cites W2088654232 @default.
- W3090797596 cites W2093741799 @default.
- W3090797596 cites W2094578231 @default.
- W3090797596 cites W2115939715 @default.
- W3090797596 cites W2125954363 @default.
- W3090797596 cites W2126858250 @default.
- W3090797596 cites W2129823182 @default.
- W3090797596 cites W2135344399 @default.
- W3090797596 cites W2157302294 @default.
- W3090797596 cites W2164814786 @default.
- W3090797596 cites W2166022165 @default.
- W3090797596 cites W2170173769 @default.
- W3090797596 cites W2201175797 @default.
- W3090797596 cites W2271149962 @default.
- W3090797596 cites W2287391526 @default.
- W3090797596 cites W2321698634 @default.
- W3090797596 cites W2324710988 @default.
- W3090797596 cites W2327979716 @default.
- W3090797596 cites W2335592771 @default.
- W3090797596 cites W2524532378 @default.
- W3090797596 cites W2585675136 @default.
- W3090797596 cites W2596675459 @default.
- W3090797596 cites W2616194470 @default.
- W3090797596 cites W2730915715 @default.
- W3090797596 cites W2748651762 @default.
- W3090797596 cites W2787884973 @default.
- W3090797596 cites W2789295871 @default.
- W3090797596 cites W2889483092 @default.
- W3090797596 cites W2895933227 @default.
- W3090797596 cites W2905625909 @default.
- W3090797596 cites W2906126993 @default.
- W3090797596 cites W2906242552 @default.
- W3090797596 cites W2922417303 @default.
- W3090797596 cites W2937638384 @default.
- W3090797596 cites W2945677296 @default.
- W3090797596 cites W4254848717 @default.
- W3090797596 cites W620916533 @default.
- W3090797596 cites W640717143 @default.
- W3090797596 doi "https://doi.org/10.1016/j.matchemphys.2020.123855" @default.
- W3090797596 hasPublicationYear "2021" @default.
- W3090797596 type Work @default.
- W3090797596 sameAs 3090797596 @default.
- W3090797596 citedByCount "18" @default.