Matches in SemOpenAlex for { <https://semopenalex.org/work/W3187893745> ?p ?o ?g. }
- W3187893745 abstract "Abstract Nanotechnology has been crucial in the development of environmentally friendly and naturally based materials for food packaging. In this work, an inexpensive and scalable way to develop amylopectin‐enriched nanocomposites with nano/micro particles of starch is investigated. Cassava starch nanocomposites with rich‐amylopectin starch nano/micro particles (S AP ) are prepared by flat‐die extrusion. S AP , obtained by applying shear stresses to an aqueous solution of native cassava starch using grinding, consists of (10.8 ± 0.9)% of nanofiller (< 200 nm) and (88 ± 1)% of micro‐size particles (2‐10 µm). After processing, great compatibility between S AP and the matrix is achieved. Nanocomposites with 15 wt.% of S AP show increases in Young's modulus (73%), tensile stress (30%), and tensile toughness (63%), and a decrease in water vapor permeability (34%) compared to the films without S AP (TPS). The use of 30 wt.% of S AP leads to a slight increase in crystallinity without significant changes in the overall properties, as a consequence of the combination of the effects produced by the presence of nanofiller and the enrichment of the matrix in amylopectin. This investigation provides a methodology for developing amylopectin‐enriched starch nanocomposites with high compatibility between the nanofiller and the matrix as an attractive alternative for conventional starch‐based packaging." @default.
- W3187893745 created "2021-08-16" @default.
- W3187893745 creator A5046561726 @default.
- W3187893745 creator A5091738278 @default.
- W3187893745 creator A5015184944 @default.
- W3187893745 date "2021-09-04" @default.
- W3187893745 modified "2023-10-10" @default.
- W3187893745 title "Effect of the Incorporation of Rich‐Amylopectin Starch Nano/Micro Particles on the Physicochemical Properties of Starch‐Based Nanocomposites Developed by Flat‐Die Extrusion" @default.
- W3187893745 cites W1065550141 @default.
- W3187893745 cites W1966248787 @default.
- W3187893745 cites W1977598002 @default.
- W3187893745 cites W1988538080 @default.
- W3187893745 cites W1989515868 @default.
- W3187893745 cites W1993520247 @default.
- W3187893745 cites W1997416700 @default.
- W3187893745 cites W2005521428 @default.
- W3187893745 cites W2005812203 @default.
- W3187893745 cites W2008911810 @default.
- W3187893745 cites W2009483787 @default.
- W3187893745 cites W2012117690 @default.
- W3187893745 cites W2018999004 @default.
- W3187893745 cites W2033634878 @default.
- W3187893745 cites W2041656191 @default.
- W3187893745 cites W2049030276 @default.
- W3187893745 cites W2056184580 @default.
- W3187893745 cites W2069260441 @default.
- W3187893745 cites W2071737614 @default.
- W3187893745 cites W2085953652 @default.
- W3187893745 cites W2092531104 @default.
- W3187893745 cites W2102721696 @default.
- W3187893745 cites W2114081796 @default.
- W3187893745 cites W2163609931 @default.
- W3187893745 cites W2166391492 @default.
- W3187893745 cites W2184200057 @default.
- W3187893745 cites W2289462622 @default.
- W3187893745 cites W2314797024 @default.
- W3187893745 cites W2347173145 @default.
- W3187893745 cites W2516476022 @default.
- W3187893745 cites W2548740369 @default.
- W3187893745 cites W2580238532 @default.
- W3187893745 cites W2624831214 @default.
- W3187893745 cites W2626293164 @default.
- W3187893745 cites W2736124176 @default.
- W3187893745 cites W2762663508 @default.
- W3187893745 cites W2789626220 @default.
- W3187893745 cites W2791798843 @default.
- W3187893745 cites W2794337911 @default.
- W3187893745 cites W2795750793 @default.
- W3187893745 cites W2885727705 @default.
- W3187893745 cites W2886603778 @default.
- W3187893745 cites W2903191147 @default.
- W3187893745 cites W2905155727 @default.
- W3187893745 cites W2908764888 @default.
- W3187893745 cites W2947389453 @default.
- W3187893745 cites W2966930370 @default.
- W3187893745 cites W2973917316 @default.
- W3187893745 cites W2980067767 @default.
- W3187893745 cites W2982836377 @default.
- W3187893745 cites W2983738195 @default.
- W3187893745 cites W2984048201 @default.
- W3187893745 cites W2985648173 @default.
- W3187893745 cites W2986326559 @default.
- W3187893745 cites W2988082760 @default.
- W3187893745 cites W2990385226 @default.
- W3187893745 cites W2991628250 @default.
- W3187893745 cites W2994990235 @default.
- W3187893745 cites W2995505624 @default.
- W3187893745 cites W2995842265 @default.
- W3187893745 cites W3002602261 @default.
- W3187893745 cites W3005872470 @default.
- W3187893745 cites W3008507806 @default.
- W3187893745 cites W3011473967 @default.
- W3187893745 cites W3020322036 @default.
- W3187893745 cites W3024691185 @default.
- W3187893745 cites W3025694218 @default.
- W3187893745 cites W3030856547 @default.
- W3187893745 cites W3030977474 @default.
- W3187893745 cites W3033724154 @default.
- W3187893745 cites W3034425946 @default.
- W3187893745 cites W3066379447 @default.
- W3187893745 cites W3095186892 @default.
- W3187893745 cites W3108189913 @default.
- W3187893745 cites W3112158623 @default.
- W3187893745 doi "https://doi.org/10.1002/star.202100080" @default.
- W3187893745 hasPublicationYear "2021" @default.
- W3187893745 type Work @default.
- W3187893745 sameAs 3187893745 @default.
- W3187893745 citedByCount "3" @default.
- W3187893745 countsByYear W31878937452022 @default.
- W3187893745 countsByYear W31878937452023 @default.
- W3187893745 crossrefType "journal-article" @default.
- W3187893745 hasAuthorship W3187893745A5015184944 @default.
- W3187893745 hasAuthorship W3187893745A5046561726 @default.
- W3187893745 hasAuthorship W3187893745A5091738278 @default.
- W3187893745 hasConcept C112950240 @default.
- W3187893745 hasConcept C127413603 @default.
- W3187893745 hasConcept C159985019 @default.
- W3187893745 hasConcept C185592680 @default.
- W3187893745 hasConcept C192562407 @default.
- W3187893745 hasConcept C2776414723 @default.