Anker-Rasch, O., and McCarthy, J., Norsk Sknogind.8, 329 (1954).
3.
Bancroft, W.D. , and Calkin, J.B., TheTaking Up of Water by Cellulose, Textile Res. J.4, 371 (1933-34).
4.
Bancroft, W.D. , and Calkin, J.B., Cellulose: Adsorption of Caustic Soda, J. Phys. Chem.39, 1-9 (1935).
5.
Ellefsen, O., Lund, E.W., Tønnesen, B.A., and Øien, K., Studies on Cellulose Characterization by Means of X-ray Methods, Norsk Skogind.11, 284 (1957).
6.
Ellefsen, O. , About the State of Order of Cellulose, Papirindustr M, Forskn Ist. Oslo, no. 163 (1963).
7.
Gjønnes, J., and Norman, N., X-Ray Investigations on Cellulose II and Mixtures of Cellulose I and II, Acta Chem. Scand.14, 683-688 (1960).
8.
Heuser, E., and Bartunek, R., Cellulose: Swelling, Cellulosechem.6, 19-26 (1925).
9.
Hurtubise, F.G. , and Krassig, H., Classification of Fine Structural Characteristics in Cellulose by Infrared Spectroscopy, Analyt. Chem.32, 177 (1960).
10.
Manjunath, B.R., and Peacock, N., Recrystallization of the Cellulose I Lattice in Mercerized and Regenerated Cellulose Fibers, Textile Res. J.39, 70-77 (1969).
11.
Patil, N.B. , Dweltz, N.E., and Radhakrishnan , T., X-Ray Measurements of Crystallinity and Crystallite Size in Swollen and Hydrolized Cottons, Textile Res. J.32, 460-47 (1962).
12.
Saito, G., Cellulose Fibres: Absorption of Alkali, and Swelling, Kolloid Beih.49, 365 ( 1939).
13.
Schwarzkopf, O., Z. Elektrochem.38, 353 (1932).
14.
Sitver, A., A Review of Basic Principles, Developments and Recent Trends in Mercerisation , Int. Dyer11, 502-504 (1979).