Matches in SemOpenAlex for { <https://semopenalex.org/work/W4289766506> ?p ?o ?g. }
- W4289766506 endingPage "11313" @default.
- W4289766506 startingPage "11302" @default.
- W4289766506 abstract "There is an ever-increasing interest toward utilizing nanocellulose as barrier coatings and films, and recent studies have underlined the efficiency of using innovative fibrillation processes such as twin-screw extrusion with an enzymatic pretreatment for producing nanocellulose suspensions with solid contents as high as 20 wt %, which can lead to faster coating speeds and reduced drying energy costs. The current work aims at understanding the factors that influence high-throughput processability of high-solid-content nanocellulose during roll-to-roll coating. The rheological properties of 12.5, 10, and 7.5 wt % suspensions were evaluated across a wide range of shear rates and geometries (rotational, pipe, and slot). The influence of dispersants [carboxymethyl cellulose (CMC) and sodium polyacrylate (NaPA)] on the rheology and coating quality was assessed. A Casson-power-cross model is proposed to explain the rheological behavior across a wide shear rate range and is used to predict useful parameters, viz., yield stress, transition shear rate, and power-law index at high shear rates. Finally, a 12.5 wt % nanocellulose suspension with CMC or NaPA dispersant was roll-to-roll-coated on paperboard using a slot-die applicator. CMC addition had a positive influence on the yield stress, thixotropy, and water release and, therefore, resulted in a better mineral oil and grease barrier of the coated samples compared to the rest." @default.
- W4289766506 created "2022-08-04" @default.
- W4289766506 creator A5001874105 @default.
- W4289766506 creator A5007355188 @default.
- W4289766506 creator A5042453182 @default.
- W4289766506 creator A5047956835 @default.
- W4289766506 creator A5054613136 @default.
- W4289766506 date "2022-08-04" @default.
- W4289766506 modified "2023-10-16" @default.
- W4289766506 title "Enzymatically Pretreated High-Solid-Content Nanocellulose for a High-Throughput Coating Process" @default.
- W4289766506 cites W1966151619 @default.
- W4289766506 cites W1972016430 @default.
- W4289766506 cites W1974972280 @default.
- W4289766506 cites W1991202816 @default.
- W4289766506 cites W1993985230 @default.
- W4289766506 cites W2001245625 @default.
- W4289766506 cites W2008522047 @default.
- W4289766506 cites W2021921041 @default.
- W4289766506 cites W2026861519 @default.
- W4289766506 cites W2047670468 @default.
- W4289766506 cites W2048907123 @default.
- W4289766506 cites W2049733875 @default.
- W4289766506 cites W2065299601 @default.
- W4289766506 cites W2067252059 @default.
- W4289766506 cites W2070602354 @default.
- W4289766506 cites W2074892472 @default.
- W4289766506 cites W2087509160 @default.
- W4289766506 cites W2110567375 @default.
- W4289766506 cites W2123760410 @default.
- W4289766506 cites W2125361970 @default.
- W4289766506 cites W2197433237 @default.
- W4289766506 cites W2277348389 @default.
- W4289766506 cites W2291802312 @default.
- W4289766506 cites W2293165120 @default.
- W4289766506 cites W2314865974 @default.
- W4289766506 cites W2331464976 @default.
- W4289766506 cites W2415181590 @default.
- W4289766506 cites W2431599800 @default.
- W4289766506 cites W244041330 @default.
- W4289766506 cites W2515625505 @default.
- W4289766506 cites W2572684178 @default.
- W4289766506 cites W2582668719 @default.
- W4289766506 cites W2736270297 @default.
- W4289766506 cites W2767185748 @default.
- W4289766506 cites W2777515583 @default.
- W4289766506 cites W2802613448 @default.
- W4289766506 cites W2804985907 @default.
- W4289766506 cites W2884973144 @default.
- W4289766506 cites W2895857565 @default.
- W4289766506 cites W2899829747 @default.
- W4289766506 cites W2919351974 @default.
- W4289766506 cites W2944516587 @default.
- W4289766506 cites W2945795014 @default.
- W4289766506 cites W2963158176 @default.
- W4289766506 cites W2972251896 @default.
- W4289766506 cites W2980837521 @default.
- W4289766506 cites W2983392251 @default.
- W4289766506 cites W2996512004 @default.
- W4289766506 cites W3013429924 @default.
- W4289766506 cites W3023208957 @default.
- W4289766506 cites W3043794783 @default.
- W4289766506 cites W3081533469 @default.
- W4289766506 cites W3087054046 @default.
- W4289766506 cites W3107897567 @default.
- W4289766506 cites W3112150677 @default.
- W4289766506 cites W3121041877 @default.
- W4289766506 cites W3123272276 @default.
- W4289766506 cites W3126946857 @default.
- W4289766506 cites W3153105019 @default.
- W4289766506 cites W4205618426 @default.
- W4289766506 cites W4237989474 @default.
- W4289766506 cites W4283270816 @default.
- W4289766506 doi "https://doi.org/10.1021/acsanm.2c02423" @default.
- W4289766506 hasPublicationYear "2022" @default.
- W4289766506 type Work @default.
- W4289766506 citedByCount "2" @default.
- W4289766506 countsByYear W42897665062023 @default.
- W4289766506 crossrefType "journal-article" @default.
- W4289766506 hasAuthorship W4289766506A5001874105 @default.
- W4289766506 hasAuthorship W4289766506A5007355188 @default.
- W4289766506 hasAuthorship W4289766506A5042453182 @default.
- W4289766506 hasAuthorship W4289766506A5047956835 @default.
- W4289766506 hasAuthorship W4289766506A5054613136 @default.
- W4289766506 hasConcept C120665830 @default.
- W4289766506 hasConcept C121332964 @default.
- W4289766506 hasConcept C127413603 @default.
- W4289766506 hasConcept C145889102 @default.
- W4289766506 hasConcept C159985019 @default.
- W4289766506 hasConcept C165682214 @default.
- W4289766506 hasConcept C177562468 @default.
- W4289766506 hasConcept C191897082 @default.
- W4289766506 hasConcept C192562407 @default.
- W4289766506 hasConcept C200990466 @default.
- W4289766506 hasConcept C21141959 @default.
- W4289766506 hasConcept C2776081644 @default.
- W4289766506 hasConcept C2777968448 @default.
- W4289766506 hasConcept C2779251873 @default.
- W4289766506 hasConcept C2781448156 @default.