Paper physics: Paper and board surface roughness characterization using laser profilometry and gray level cooccurrence matrix

Artikel in diesem Heft

1. Mechanical Pulping: The influence of fibre wall thickness and fibril angle on fibre development in the TMP process
2. Mechanical Pulping: Force-based characterization of refining intensity
3. Mechanical Pulping: Characterization of fiber wall surface structure of chemically modified TMP fibers from Norway spruce
4. Improvement of energy efficiency in TMP refining by selective wood disintegration and targeted application of chemicals
5. Mechanical Pulping: Peroxide-based ATMP refining of spruce: energy efficiency, fibre properties and pulp quality
6. Mechanical Pulping: Flocculation of colloidal wood extractives in process water from precompression of chips in thermomechanical pulping
7. Mechanical Pulping: Removal of dissolved and colloidal substances from TMP process water using dissolved air flotation. Laboratory tests
8. Chemical Pulping: The influence of properties in cellulose pulps on the reactivity in viscose manufacturing
9. Chemical Pulping: Fenton’s reaction: a simple and versatile method to structurally modify commercial lignosulphonates
10. Paper physics: Paper and board surface roughness characterization using laser profilometry and gray level cooccurrence matrix
11. Papermaking: MD strain and bagginess due to calendering
12. Coating: Incorporation of laccase in pigment coating for bioactive paper applications
13. Coating: Misting and the effect of rheological properties of the coating fluid
14. Printing: Printed sensor and electric field assisted wetting on a natural fibre based substrate
15. Paper-ink interactions: Microscale droplet absorption into paper for inkjet printing
16. Paper-ink interactions: Response to isopropanol or ionic/non-ionic surfactant in the competitive imbibition of water and alkane into calcium carbonate coating structures