A method for determination of delamination toughness in different positions in the thickness direction of paperboard

Articles in the same Issue

1. A model for short-span compressive strength of paperboard
2. Lignin uptake by cellulose fibres from aqueous solutions
3. Photoyellowing behavior of non-phenolic lignin models representative of end groups and β-ether structures
4. Principles of evaluation for the creep of paperboard in constant and cyclic humidity
5. Influence of fibre damage in latewood spruce tracheids on strain to failure of wood fibres determined by Weibull modelling
6. Three storage phosphor systems for β-radiographic imaging of paper
7. Fines in spruce TMP, BTMP and CTMP – chemical composition and sorption of mannans
8. The planar transient hygroexpansion of copy paper: Experiments and analysis
9. Surface chemical and morphological properties of mechanical pulp fines
10. Addition of carboxymethylcellulose to the kraft cook
11. On capillary and SLIT die rheometry (Part II)
12. Determination of power requirements for solid core pulp screen rotors
13. Confocal Raman microscopy: A non destructive method to analyze depth profiles of coated and printed papers
14. A method for determination of delamination toughness in different positions in the thickness direction of paperboard
15. Tannin-iron impregnated thermomechanical pulp. Part I: Effects of extractions and heat on brightness
16. Effect of sorbed galactoglucomannans and galactomannans on pulp and paper handsheet properties, especially strength properties
17. KEYWORDS: Bleached kraft pulp, Deacetylation, Drying, Galactoglucomannans, Galactomannans, Paper strength, Peroxide bleaching, Spruce TMP, Water retention
18. Influence of different storage conditions on deinking efficiency of waterbased flexographic ink from model cellulose surfaces and sheets
19. Tensile and ultrasonic stiffness of paper at different moistures -a clarification of the differences
20. Real wash loss compounds in oxygen delignification of softwood kraft pulp