On the mechanism of steam forming during impulse pressing of wet paper webs

Articles in the same Issue

1. Predicting the effect of reinforcement pulp characteristics in TMP papers for web breaks using fracture mechanics
2. Total organic carbon, TOC, as a tool to estimate pulp yield in the bleach plant
3. Assessment of the causes of a print defect in a film-coated LWC-paper
4. Impingement of an inviscid plane liquid jet on a porous wall: a fixed domain method
5. Distribution of acidic and esterified polygalacturonans in sapwood of spruce, birch and aspen
6. Behavior of non-cellulosic polysaccharides during thermomechanical pulping and peroxide bleaching of western hemlock and lodgepole pine
7. The Z-toughness method for measuring the delamination resistance of paper
8. Inter-fiber bonding effects of beating, starch or filler
9. An elastic/viscoplastic model of the fibre network stress in wet pressing: Part 2 Accounting for pulp properties and web temperature
10. An electronic tongue as a tool for wet-end monitoring
11. Changes in metal concentrations during dryand wet-storage of Norway spruce pulpwood
12. Fiber strength in relation to molecular mass distribution of hardwood kraft pulp
13. Surface precipitation of MgCO₃ on MnCO₃ in aqueous solution at 90°C
14. Nitrogen oxide formation in black liquor single droplet combustion
15. On the mechanism of steam forming during impulse pressing of wet paper webs
16. On the characterization of the delamination process during impulse pressing
17. Reversibility of polymer-induced fiber flocculation by shear. 2. Multi-component chemical treatments
18. Dislocations in pulp fibres – their origin, characteristics and importance – a review
19. Nature and removal of the last colored chromophores in kraft pulps
20. A steady state model describing the solubility of calcium oxalate in D(chlorine dioxide stage)-filtrates
21. ANNUAL INDEX FOR 2001