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- W3204231010 abstract "A solvent-free strategy to produce water-dispersed biochar-nanofibers (BH-CNF) is reported, demonstrating the potential of this cost-effective and sustainable material in electrochemical sensing and fabrication of conductive films. Water-phase BH-CNF from eucalyptus scraps were achieved using a Kraft process followed by liquid-phase exfoliation assisted by the biological stabilizing agent sodium cholate. BH-CNF-based sensors were constructed following two strategies: surface modification of screen-printed electrodes and fabrication of exclusively nanofiber-based flexible sensors. The latter were fabricated through a procedure that is cost-effective and within everyone’s reach. The potentiality of the BH-CNF-based sensors has been challenged toward a wide range of analytes containing phenol moieties and applied for detection of o-diphenols and m-phenols in olive oil samples. The BH-CNF-based sensors exhibited repeatable (RSD ≤ 7%, n = 5) and reproducible (RSD ≤ 10%; n = 3) results, proving their applicability in electroanalytical applications and the robustness of the exfoliation and fabrication strategy. For sample analysis, LODs for hydroxytyrosol (LOD ≤ 0.6 μM) and tyrosol (LOD ≤ 3.8 μM), intersensor precision (RSD calibration slope < 7%, n = 3), and recoveries obtained in real sample analysis (91–111%, RSD ≤ 6%; n = 3) endorse the material exploitability in real analytical applications." @default.
- W3204231010 created "2021-10-11" @default.
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- W3204231010 date "2021-10-05" @default.
- W3204231010 modified "2023-10-18" @default.
- W3204231010 title "Water-Phase Exfoliated Biochar Nanofibers from Eucalyptus Scraps for Electrode Modification and Conductive Film Fabrication" @default.
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- W3204231010 cites W1972670452 @default.
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- W3204231010 cites W2008174034 @default.
- W3204231010 cites W2017494615 @default.
- W3204231010 cites W2021030796 @default.
- W3204231010 cites W2040703434 @default.
- W3204231010 cites W2047565236 @default.
- W3204231010 cites W2060009331 @default.
- W3204231010 cites W2074880343 @default.
- W3204231010 cites W2076755964 @default.
- W3204231010 cites W2080870150 @default.
- W3204231010 cites W2100190412 @default.
- W3204231010 cites W2112324665 @default.
- W3204231010 cites W2117519256 @default.
- W3204231010 cites W2128914100 @default.
- W3204231010 cites W2168977186 @default.
- W3204231010 cites W2171250453 @default.
- W3204231010 cites W2289885333 @default.
- W3204231010 cites W2300733217 @default.
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- W3204231010 cites W2528048942 @default.
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- W3204231010 cites W2892036072 @default.
- W3204231010 cites W2892667552 @default.
- W3204231010 cites W2896042905 @default.
- W3204231010 cites W2900519089 @default.
- W3204231010 cites W2913758060 @default.
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- W3204231010 cites W3019801543 @default.
- W3204231010 cites W3021385092 @default.
- W3204231010 cites W3022702587 @default.
- W3204231010 cites W3037901069 @default.
- W3204231010 cites W3043665741 @default.
- W3204231010 cites W3046609667 @default.
- W3204231010 cites W3047734063 @default.
- W3204231010 cites W3049756309 @default.
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- W3204231010 doi "https://doi.org/10.1021/acssuschemeng.1c05893" @default.
- W3204231010 hasPublicationYear "2021" @default.
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