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3. Conclusion
Cellulose is a biopolymer widely exploited in numerous applications for the paper and chemical industries (fibers, cellulose-derived polymers, biofuels), but paper has always been by far the most common and abundant cellulose product, and this is also true today in the digital age. As an everyday consumer material, paper is also a material with great development potential. The need, on the one hand, to manufacture high-performance papers for very specific applications and, on the other hand, to preserve the heritage of our civilizations on paper, requires a better understanding of its long-term physical and chemical behavior.
While the question of artificial ageing of paper has been well studied, the question of natural ageing is still largely open, since it is so difficult to model faithfully the changes that take place under ambient conditions, and which can take...
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Conclusion
Bibliography
Websites
The Book and Paper Group Annual, American Institute for Conservation of Historic &&&& Artistic Works, Site Editor Eliza Gilligan, University of Virginia Libraries : http://cool.conservation-us.org/coolaic/sg/bpg/annual/
PORCK Henk J. – Rate of Paper Degradation. The Predictive Value of...
Standards and norms
- Paper and cardboard – Determining the moisture content of a batch – Oven-drying method - ISO 287 - 2009
- Paper – Determination of bending strength - ISO 5626 - 1993
- Paper and cardboard – Determining tensile properties – Part 2: Constant strain gradient method (20 mm/min) - ISO 1924-2 - 2008
- Pasta – Determination of tensile strength in wet and dry condition - ISO 15361 - 2000
- Paper, cardboard...
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