FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3191444220> ?p ?o ?g. }

• W3191444220 endingPage "118531" @default.
• W3191444220 startingPage "118531" @default.
• W3191444220 abstract "The incorporation of carbon-based nanomaterials into biopolymer matrix, to provide mechanical reinforcement and to obtain electrically conductive bionanocomposites, requires the homogeneous dispersion of the fillers. Herein, it is investigated the influence of surfactant structures on the dispersibility of multiwalled carbon nanotubes (MWNT) within starch matrix. Three different ionic surfactants, sodium dodecyl sulphate (SDS), cetyltrimethylammonium bromide (CTAB) and sodium cholate (SC), are employed to disperse the MWNT. Films with MWNT-SC show better dispersibility and an increase of about 75% of tensile strength and 60% of Young's modulus compared with films using MWNT-SDS and MWNT-CTAB. Nevertheless, MWNT functionalized with CTAB impart the highest values of antioxidant activity (scavenging activity around 30% in 1.5 h) and electrical conductivity (σ =14.75 S/m) to starch matrix. The properties of starch-based films can be tailored according to the physical adsorption of each surfactant on MWNT surface and/or the interfacial interaction of the surfactant with starch chains. • The best dispersion of MWNT in starch occurs if they are previously dispersed in SC surfactant. • SC surfactant allows getting bionanocomposites with enhanced tensile strength and Young's modulus. • MWNT functionalized with CTAB impart the starch matrix with the highest antioxidant activity. • CTAB allows obtaining the bionanocomposites with electrical conductivity of 14.75 S/m. • The strongest interaction of SC with MWNT and/or with starch compromises the active properties of composites." @default.
• W3191444220 created "2021-08-16" @default.
• W3191444220 creator A5010222652 @default.
• W3191444220 creator A5031503898 @default.
• W3191444220 creator A5038223748 @default.
• W3191444220 creator A5039270317 @default.
• W3191444220 creator A5051776486 @default.
• W3191444220 creator A5091180955 @default.
• W3191444220 date "2021-12-01" @default.
• W3191444220 modified "2023-10-11" @default.
• W3191444220 title "Enhancing the dispersibility of multiwalled carbon nanotubes within starch-based films by the use of ionic surfactants" @default.
• W3191444220 cites W1951169526 @default.
• W3191444220 cites W1964234215 @default.
• W3191444220 cites W1964334611 @default.
• W3191444220 cites W1966780171 @default.
• W3191444220 cites W1970704888 @default.
• W3191444220 cites W1972670452 @default.
• W3191444220 cites W1972776636 @default.
• W3191444220 cites W1976452204 @default.
• W3191444220 cites W1977598002 @default.
• W3191444220 cites W1978802596 @default.
• W3191444220 cites W1985978087 @default.
• W3191444220 cites W1990292592 @default.
• W3191444220 cites W1996457075 @default.
• W3191444220 cites W2004948793 @default.
• W3191444220 cites W2008624875 @default.
• W3191444220 cites W2020212566 @default.
• W3191444220 cites W2021467879 @default.
• W3191444220 cites W2022956938 @default.
• W3191444220 cites W2033969490 @default.
• W3191444220 cites W2040668243 @default.
• W3191444220 cites W2042159316 @default.
• W3191444220 cites W2043928964 @default.
• W3191444220 cites W2044919513 @default.
• W3191444220 cites W2053585782 @default.
• W3191444220 cites W2054326819 @default.
• W3191444220 cites W2060469310 @default.
• W3191444220 cites W2068901004 @default.
• W3191444220 cites W2068976797 @default.
• W3191444220 cites W2070627826 @default.
• W3191444220 cites W2071794449 @default.
• W3191444220 cites W2076245490 @default.
• W3191444220 cites W2080523942 @default.
• W3191444220 cites W2092898644 @default.
• W3191444220 cites W2094021556 @default.
• W3191444220 cites W2099209249 @default.
• W3191444220 cites W2100080014 @default.
• W3191444220 cites W2127448357 @default.
• W3191444220 cites W2132644791 @default.
• W3191444220 cites W2148944640 @default.
• W3191444220 cites W2151748840 @default.
• W3191444220 cites W2196042622 @default.
• W3191444220 cites W2315473175 @default.
• W3191444220 cites W2323201028 @default.
• W3191444220 cites W2324710178 @default.
• W3191444220 cites W2342443804 @default.
• W3191444220 cites W2395267451 @default.
• W3191444220 cites W2473849932 @default.
• W3191444220 cites W2511516010 @default.
• W3191444220 cites W2546725105 @default.
• W3191444220 cites W2566274483 @default.
• W3191444220 cites W2585067603 @default.
• W3191444220 cites W2600098614 @default.
• W3191444220 cites W2621108632 @default.
• W3191444220 cites W2622192854 @default.
• W3191444220 cites W2751865426 @default.
• W3191444220 cites W2766807045 @default.
• W3191444220 cites W2800551639 @default.
• W3191444220 cites W2800698597 @default.
• W3191444220 cites W2802806298 @default.
• W3191444220 cites W2809264109 @default.
• W3191444220 cites W2890945551 @default.
• W3191444220 cites W2891644524 @default.
• W3191444220 cites W2914161052 @default.
• W3191444220 cites W2925104257 @default.
• W3191444220 cites W2927605924 @default.
• W3191444220 cites W2935837488 @default.
• W3191444220 cites W2937324133 @default.
• W3191444220 cites W2939821936 @default.
• W3191444220 cites W2944778445 @default.
• W3191444220 cites W2956125771 @default.
• W3191444220 cites W2971491066 @default.
• W3191444220 cites W2971972954 @default.
• W3191444220 cites W2974282877 @default.
• W3191444220 cites W2980788953 @default.
• W3191444220 cites W2981298608 @default.
• W3191444220 cites W2991072221 @default.
• W3191444220 cites W2991628250 @default.
• W3191444220 cites W2995255468 @default.
• W3191444220 cites W2999747132 @default.
• W3191444220 cites W3009594475 @default.
• W3191444220 cites W3040637888 @default.
• W3191444220 cites W643808054 @default.
• W3191444220 cites W2246580915 @default.
• W3191444220 doi "https://doi.org/10.1016/j.carbpol.2021.118531" @default.
• W3191444220 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34560944" @default.
• W3191444220 hasPublicationYear "2021" @default.
• W3191444220 type Work @default.

• next