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Authors
Nizamov, Rustem
Kaschuk, Joice
Al Haj, Yazan
Nyberg, Mikael
Imani, Monireh
Pasquier, Eva
Rojas, Orlando
Abitbol, Tiffany
Vapaavuori, Jaana
Miettunen, Kati
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Funding
Funding for this research was provided by:
Research Council of Finland’s “SUBSTAINABLE” project (334818 and 334819, 334818 and 334819, 334818 and 334819)
Research Council of Finland’s BioEST project (336577 and 336441, 336577 and 336441, 336577 and 336441)
Finnish Cultural Foundation
Research Council of Finland’s Flagship Programme - FinnCERES (318890 and 318891, 318890 and 318891, 318890 and 318891, 318890 and 318891, 318890 and 318891, 318890 and 318891)
European Research Council - BioElCell (788489)
Formas for the “SUSTAINABLE” project granted through the Tandem Forest Values program (2019–02508)
European Research Council
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Article History
Received: 3 November 2024
Accepted: 7 January 2025
First Online: 15 January 2025
Declarations
:
: The authors declare no competing interests.
: Not applicable.
: Supporting Information. This material is available free of charge. Figure : FESEM images of the NC films. Table : Density and porosity analysis of the NC films. Figure : Representative example of a digital photograph showcasing the selected areas (black rectangles) for the LignoTOCNF film. Figure S3: Variation of CIELAB values over time for nanocellulose films with standard deviation; Table : Thickness of the films; : ΔRGB and ΔL* of in the PVC samples; Figure S4: Changes in CIELAB color values for PVC plastic samples; Figure S5: FTIR spectra of nanocelluloses films before and after light exposure.
