The significance of mechanistic-based models in fibre suspension flow

Articles in the same Issue

1. Further understanding on polyethyleneimine-induced rosin ester sizing
2. Local rewetting and distortion of paper
3. A new method for the characterisation of micro-scale stress variations of press felts
4. Bulk density measurement and coating porosity calculation for coated paper samples
5. Break-up of suspended fibre networks
6. Stress generation and transmission in suspended fibre networks
7. Measurement of short span stress-strain curves of paper
8. On the mechanism of cationic-polyacrylamide-induced flocculation and re-dispersion of a pulp fiber dispersion
9. Some factors affecting the brightness and TCF-bleachability of kraft pulp
10. The effect of dissolved substances on the adsorption of colloidal extractives to fines in mechanical pulp
11. Influence of electrolytes on the swelling and strength of kraft-liner pulps
12. The significance of mechanistic-based models in fibre suspension flow
13. The effect of hot calendering of the substrate on the barrier properties of poly(vinyl alcohol)-coated papers
14. Acid-base properties of borates under kraft pulp cooking conditions
15. Continuous filtration and titration apparatus for real time monitoring of polyelectrolyte concentration and cationic demand of a paper furnish
16. Effect of coating structure on print gloss after sheet-fed offset printing