Mechanical fibers as reinforcement pulp

International Paper Physics Conference, Proceedings

Volumn , Issue , 2003, Pages 323-331

  Lehto, Jouko H ^a  

^a UPM Group   (Finland)

Author keywords

[No Author keywords available]

Indexed keywords

CHEMICAL PULP; KRAFT PULP; REINFORCEMENT; STRAIN; THERMOMECHANICAL PULP;

REINFORCEMENT PULP;

NATURAL FIBERS;

CHEMICAL PULPS; KRAFT PULPS; NATURAL FIBERS; REINFORCEMENT; STRAINS; THERMOMECHANICAL PULPS;

EID: 0242409653     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (16)

1. LEHTO, J., EBELING, K., HOLM, H., "Some aspects on silviculture of poplar species as raw material for paper grade pulps", The First ECOPAPERTECH Conference, Helsinki, June 6-9, 391-407 (1995).
2. NISKANEN, K., "Strength and fracture of paper", in Transactions of the tenth Fundamental Research Symposium, Vol. 2, Baker C.F., (Ed.), Waveney Print Services Ltd., Beccles, Suffolk, UL, 641-726 (1993).
3. PAGE, D.H., SETH, R.S., "The problem of pressroom runnability", Tappi 65(8), 641-726 (1982).
4. WIENS, M., GÖTTSCHING, L., "Das J-Intergral und seine Eignung zur Characterisierung des Risswiderstands von Papier", Das Papier 53(5), 305 - 313 (1999).
5. KETTUNEN, H., "Microscopic fracture in paper", Dissertation, Helsinki University of Technology, Espoo (2000).
6. KÄRENLAMPI, P., YU, Y., "Fiber properties and paper fracture - fiber length and fiber strength". In Baker, C.F., (ed.) The fundamentals of papermaking material, Pira, UK, 521-545 (1997).
7. YU, Y., KETTUNEN, H., PAULAPURO, H., "On the reinforcement of straw pulp", Nordic Pulp & Paper Research Journal 15(2), 114 - 119 (2000).
8. LEVLIN, J-E., "General physical properties of paper and board", in Papermaking Science and Technology - 17. Pulp and Paper Testing. Ed. Levlin, J-E., Söderhjelm, L., Fapet Oy, Helsinki (1999).
9. KETTUNEN, H., NISKANEN, K.J., "Fiber debonding along a crack front in paper". Mat. Res. Soc. Symp. Proc., Vol 539, Beltz GE., Blumberg Selinger R.L., Kim K.-S., Marder M.P. (Eds.), MRS, Warrendale (1999).
10. EBELING, K., "Role of softwood fibre form and condition on its reinforcement capability", Cellulosic pulps, fibres and materials. Woodhead Publishing Limited, Cambridge (2000).
11. YU, Y., KETTUNEN, H., HILTUNEN, E.J., NISKANEN, K.J., "Comparison of abaca and spruce as reinforcement fiber", Appita J., 53(4):287-291 (2000).
12. PETIT-CONIL, M., COCHAUX, A., DE CHOUDENS, C., "Mechanical pulp characterization: a new and rapid method to evaluate fibre flexibility", Paperi ja Puu, 76 (10):657-662 (1994).
13. KARNIS, A., "The Mechanism of Fibre Development in Mechanical Pulping". J. Pulp Paper Sci., 20(10): J280-J288 (1994).
14. RING, G.J.F., BACON, A.J., "Multiple component analysis of fiber length distributions", Tappi 80(1):224-231 (1997).
15. SETH, R.S., CHAN, B.K., "Measurement of fiber coarseness with optical fiber length analyzers", Tappi 80(5):217-221 (1997).
16. HILTUNEN, E., KETTUNEN, H., LAINE, J.E., PAULAPURO, H., "Behaviour of reinforcement fibres in TMP based paper", Paperi ja Puu, 84(4):269-273 (2002).