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Changes induced in early- and latewood fibres by mechanical pulp refining
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Philip André Reme
Published/Copyright:
July 19, 2018
Published Online: 2018-07-19
Published in Print: 1999-08-01
© 2018 by Walter de Gruyter Berlin/Boston
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Articles in the same Issue
- The leaching of NaOH from 4:5-sodium-titanate produced in an autocausticization process: Kinetics and equilibrium
- The leaching of NaOH from 4:5-sodium-titanate produced in an autocausticization process: Filtration properties of the 1:3-sodium-titanate and leaching in a filter press
- Fungi present in some recycled fibre pulps and paperboards
- The influence of kappa number and surface energy on paper-to-paper friction
- Effect of primary fines on cooking and TCF-bleaching
- An equilibrium model of the solubility of calcium oxalate in sodium chloride medium
- NMR cryoporometry: A novel method for the investigation of the pore structure of paper and paper coatings
- Influence of ionic strength on kraft cooking and subsequent TCF-bleaching
- Thermal diffusivity of paper
- Electrical properties of viscose-kraft fibre mixtures
- Detection of polymer induced flocculation of cellulosic fibres by image analysis
- Changes induced in early- and latewood fibres by mechanical pulp refining
Keywords for this article
Refining mechanisms;
TMP;
Earlywood;
Latewood;
Split fibres;
Transverse fibre dimensions
Articles in the same Issue
- The leaching of NaOH from 4:5-sodium-titanate produced in an autocausticization process: Kinetics and equilibrium
- The leaching of NaOH from 4:5-sodium-titanate produced in an autocausticization process: Filtration properties of the 1:3-sodium-titanate and leaching in a filter press
- Fungi present in some recycled fibre pulps and paperboards
- The influence of kappa number and surface energy on paper-to-paper friction
- Effect of primary fines on cooking and TCF-bleaching
- An equilibrium model of the solubility of calcium oxalate in sodium chloride medium
- NMR cryoporometry: A novel method for the investigation of the pore structure of paper and paper coatings
- Influence of ionic strength on kraft cooking and subsequent TCF-bleaching
- Thermal diffusivity of paper
- Electrical properties of viscose-kraft fibre mixtures
- Detection of polymer induced flocculation of cellulosic fibres by image analysis
- Changes induced in early- and latewood fibres by mechanical pulp refining
