Study of different approaches for analyzing

Carbohydrates at the surface of

Chemical pulp fibers. In Seventh European

Workshop on Lignocellulosics

and Pulp. Turku/Abo, Finland: Abo

Akademi, 2002; 111–114.

Pettersson, S.E., S.A. Rydholm, Hemicelluloses

And paper properties of birch

Pulps. III. Svensk. Papperstidn., 1961;

64(1): 4–17.

Page, D.H., The origin of the differences

Between sulphite and kraft pulps.

J. Pulp Paper Sci., 1983; 9(1):

TR15–TR20.

Page, D.H., The mechanism of strength

Development of dried pulps by beating.

Svensk. Papperstidn., 1985; 88(3):

R30–R35.

Scallan, A.M. In Fibre Water Interactions

in Papermaking. Clowes: London, 1978.

Koeppen, A.V., Structural and chemical

Differences between sulfite and kraft

pulps. Tappi, 1964; 47(10): 589–595.

Sixta, H., R. Moslinger, Characterization

of commercial paper grade pulps. R&D

Lenzing AG, Internal Report: Lenzing,

2004.

18 Molin, U., A. Teder, Importance of cellulose/

Hemicellulose-ratio for pulp

Strength. Nordic Pulp Paper Res. J., 2002;

17(1): 14–19.

Jenzen, C.A., The effect of stress applied

During drying on some of the properties

Of individual pulp fibers. Tappi, 1964;

47(7): 412–418.

Rohrling, J., et al., A novel method for

The determination of carbonyl groups in

Cellulosics by fluorescence labeling. 2.

Validation and applications. Biomacromolecules,

2002; 3: 969–975.

Rohrling, J., et al., A novel method for

The determination of carbonyl groups in

Cellulosics by fluorescence labeling. 1.

Method development. Biomacromolecules,

2002; 3: 959–968.

Baldinger, T., A. Potthast, Evaluation of

Keto groups generated along the cellulose

Chain from combined GPC-CCOA

Measurement. CD Laboratory, Internal

Report: Vienna, 2004.

Schelosky, N., T. Roder, T. Baldinger,

Molecular mass distribution of cellulosic

Products by size exclusion chromatography

in DMAc/LiCl. Das Papier,

1999; 53(12): 728–738.

Kettunen, J., et al., Aspects of strength

Development in fibre produced by different

Pulping methods. Pap. Puu, 1982;

Specialnummer 4: 205–211.

Pulp Properties and Applications

Section 11.3

Treiber, E., Charakterisierung von Chemiefaserzellstoffen.

Das Papier, 1971:

25(12): 830–833.

Treiber, E., Probleme bei der Charakterisierung

Von Chemiefaserzellstoffen.

Faserforschung und Textiltechnik, 1974;

25(9): 387–391.

Treiber, E., The viscose process surveyed

From an industrial and laboratory point

of view. Tappi J., 46(10), 594–600.

Klemm, D., et al., Comprehensive Cellulose

Chemistry. Vol. 1. Weinheim,Germany:

Wiley-VCH Verlag GmbH, 1998:

9–42.

Kleinert, T.N., Z. Angew. Chem., 1931;

44(39): 788.

Peter, W.,Herstellung von Kunstfaserzellstoff

Nach dem Organosolv-Aufschlu.verfahren.

Lenzinger Ber., 1986;

61: 12–16.

Sixta, H., et al., Evaluation of new organosolv

dissolving pulps. part I: Preparation,

Analytical characterization and viscose

processability. Cellulose, 2004; 11:

73–83.

Kordsachia, O., S. Ro.kopf, R. Patt, Production

Of spruce dissolving pulp with

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