Fate of Oxygen in Industrial Oxygen-Alkali Delignification of Softwood Kraft Pulp

Articles in the same Issue

1. ZAP-cooking
2. Ultrastructure of compression wood fibres in fractions of a thermomechanical pulp
3. Difference of condensed lignin structures in eucalyptus species
4. Stabilization of colloidal wood resin by dissolved material from TMP and DIP
5. Light-induced yellowing of selectively ¹³C-enriched dehydrogenation polymers (DHPs). Part 1. Side-chain ¹³C-enriched DHP (α-, β-, and γ-¹³C)
6. Influence of alkali profiling in birch kraft pulping on QPQP bleachability
7. Light-induced yellowing of selectively ¹³C-enriched dehydrogenation polymers (DHPs). Part 2. NMR assignments and photoyellowing of aromatic ring 1-, 3-, 4-, and 5-¹³C DHPs
8. Effects of Extractives on the Surface Chemistry and Wettability of High Temperature Chemithermomechanical Pulps
9. The ability of PEO to remove model colloidal extractives from solutions with different types of fines
10. Filtration Properties of Green Liquor Sludge
11. Reliable spectrophotometric determination of starch concentration in papermaking process waters
12. On the theoretical basis for the low bleaching chemical requirement of hot chlorine dioxide bleaching of hardwood kraft pulp
13. Measuring the dynamic pressure in a flexographic central impression printing press
14. The Contribution of Transverse Shear to Wet Fiber Deformation Behavior
15. Smelt Sampling Probe for Use in the Kraft Recovery Boiler
16. Fate of Oxygen in Industrial Oxygen-Alkali Delignification of Softwood Kraft Pulp
17. Finite element analysis of three dimensional fibre networks
18. Simulation of small-scale print gloss variations based on topographic data