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of hardwood dissolving pulps. R&D
Lenzing AG: Lenzing, 2004: 1–10.
Saito, G.-I., The behaviour of cellulose
In solutions of alkalies. Kolloid-Beihefte,
1939; 49: 365–366.
Saito, G.-I., The behaviour of cellulose
In solutions of alkalies. I. Cross-sectional
Swelling of fibers of different celluloses
In sodium hydroxide solutions
At different temperatures. Kolloid-Beihefte,
1939; 49: 367–387.
Bartunek, R., The reactions, swelling
And solution of cellulose in solutions of
electrolytes. Das Papier, 1953; 7:
153–158.
Dobbins, R.J., Role of water in cellulosesolute
interactions. Tappi, 1970; 53(12):
2284–2290.
Sixta, H., et al., Characterization of
Alkali-soluble pulp fractions by chromatography.
In 11th ISWPC. Nice, France,
2001.
Sartori, J., Investigations of alkaline
Degradation reactions of cellulosic
Model compounds. In Institute of
Chemistry. University of Natural
Resources and Applied Life Science:
Vienna, 2003: 134.
Mais, U., H. Sixta, Characterization of
Alkali-soluble hemicelluloses of hardwood
Dissolving pulps. In ACS Symposium
Series, 2004: 94–107.
20 Krassig, H.A., Cellulose: Structure, Accessibility
And Reactivity. Polymer Monographs.
M.B. Huglin, Ed. Vol. 11. Gordon
And Breach Science Publishers,
1993: 258–323.
Sixta, H., Comparative evaluation of
TCF bleached hardwood dissolving
pulps. Lenzinger Berichte, 1999; 79:
119–128.
Fink, H.-P., J. Kunze, Solid state 13C
NMR studies of alkalization of hardwood
Dissolving pulps. Fraunhofer,
Institut fur Angewandte Polymerforschung:
Golm, 2003: 1–5.
Fink, H.-P., B. Philipp, Models of cellulose
Physical structure from the viewpoint
of the cellulose I → cellulose II
Transition. J. Appl. Polym. Sci., 1985;
30(9): 3779–3790.
Fink, H.-P., et al., The composition of
alkali cellulose: a new concept. Polymer,
1986; 27(6): 944–948.
Fink, H.-P., et al., The structure of
Amorphous cellulose as revealed by
Wide-angle X-ray scattering. Polymer,
1987; 28(8): 1265–1270.
Fink, H.-P., et al., 13C-NMR studies of
Cellulose alkalization. Cellulose and Cellulose
Derivatives, Physico-chemical
Aspects and Industrial Applications.
J.F. Kennedy, G.O. Williams, L. Piculell,
Eds. Woodhead Publishing Ltd: Cambridge,
1995: 523–528.
Hinck, J.F., R.L. Casebier, J.K.Hamilton,
Dissolving pulp manufacturing. In Sulfite
Science & Technology. J.K.O. Ingruber,
P.E. Al Wong, Eds. TAPPI, CPPA:
Atlanta, 1985: 213–243.
Borgards, A., A. Lima, H. Sixta, Cold
Caustic extraction of various hardwood
dissolving pulps. Internal Report, R&D
Lenzing AG, 1998.
Sears, K.D., J.F. Hinck, C.G. Sewell,
Highly reactive wood pulps for cellulose
Acetate production. J. Appl. Polym. Sci.,
1982; 27(12): 4599–4610.
Leugering, H.-J., Zur Kenntnis der Zellstoffveredelung
Durch Heissalkalisierung.
Das Papier, 1953; 7(3/4): 47–51.
References 965
Meller, A., Studies on modified cellulose.
I. The alkali stability of oxidized,
Hydrolyzed, and methanolized cellulose.
Tappi, 1951; 34: 171–179.
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