In a previous paper 204a survey was made of the literature relating to the X-ray work on textile and related fibres. The original survey extended to the middle of 1932. The present supplement brings the literature to the end of 1933.
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References
1.
An X-ray Study of the Structure of Asbestos. Warren, B.E., J. Ind. Eng. Chem., 24, 419 (1932).
2.
X-ray Interpretation of the Molecular Structure of Feather Keratin. Astbury, W.T., and Marwick, T.C., Nature, 130, 309 (1932 ).
3.
X-ray Diffraction Photographs of Fibres. Astbury, W.T., Tex. Mfr., Aug., 1932, P. 323-5.
4.
The Fundamental Structure of Textile Fibres. Astbury, W.T., Tex. Mfr., 58, 54 (1932).
5.
Physik und Chemie derCellulose. Mark H. J. Springer, Berlin, 1932 .
6.
Structure Changes of Nitrocellulose Films During Drying. Trillat, J. J., Compt. rend., 194, 1922-4 (1932).
7.
De-swelling as a Cause of the Characteristic Lack of Sharpness of Acetylcellulose. I. X-ray Spectra. Katz, J.R., and Weidinger, A., Rec. trav. Chim., 51, 847-9 (1932).
8.
X-ray Investigation of Cellulose Xanthate. Sakurada, I., and Hutino, K., Sci. Papers Inst. Phys. Chem. Research (Tokyo ), 17, 294 (1932).
9.
X-ray Investigation on Cellulosexanthogenate. Sakurada, I., and Hutino, K., Bull. Inst. of Phys. Chem. Research, 11, 501 (1932).
10.
X-ray Investigation of Alkalicellulose. Sakurada, I., and Hutino, K., Bull. Inst. of Phys. Chem. Research., 11, 497 (1932).
11.
X-ray Analysis of Fibres: Part 1, Literature Survey. Sisson, W.A., Tex. Rsch., 3, 242-60, 295-307 (1933).
12.
Colloid Aspects of Textile Materials and RelatedTopics. Trans. Faraday Soc., 29, 1-368 (1933).
13.
RecentDevelopments Relating to Surface Properties of Cellulose Fibres. Smith, H. DeW., Am. Dye. Rptr., 12, 515 (1933).
14.
Chem. Weeklad., 30, 1-64 (1933).
15.
The Structure of Natural Fibres Revealed by X-ray Analysis . Atsuki, K. , and Ishiwara, M., J. Soc. Chem. Ind. Japan., 36, 517-25 (1933).
16.
Structure of the Cotton Hair. Atsuki, K., and Ishiwara, M., J Soc. Chem. Ind. Japan., 36, 221B (1933).
17.
Unit Cell of Cellulose in Cotton Stalks and Cusps. Sanders, J.P., and Cameron, F.K., J. Ind. Eng. Chem., 25, 1371 (1933).
18.
X-ray Study of Bamboo Cellulose. Oguri, S., Cellulose Ind. (Tokyo), 9, 59-67 (1933).
19.
X-ray Investigations of Cellulose in the Wall of Young Epidermal Cells. Heyn, A.N.J., Proc. Acad. Sci. Amsterdam, 36, 560-5 (1933).
X-ray Investigations of the Penetration of Electrolytes into Wood. Thomassen, L., and McCready, F.W., Paper Trade J., 97, 42-3 (1933).
22.
X-ray Investigation of Natural and Regenerated Silk. Sakurada, I., and Hutino, K., Sci. Papers Inst. Phys.-Chem. Research (Tokyo ), 21, 266-9 (1933).
23.
X-ray Studies on Proteins. Trogus, C., and Hess, K., Biochem. Z., 260, 376-94 (1933).
24.
The Structure of Viscose Silk and Cellophane Analyzed by X-ray. Atsuki, K., and Ishiwara, M., J. Soc. Chem. Ind. Japan, 36, 521-4 (1933).
25.
X-ray Structure of Fibrin. Katz, J.R., and deRooy, A., Rec. Trav. Chim. , 52, 742-46 (1933).
26.
CrystalStructure of Spun Fibrin. Katz, J. R., and deRooy, A., Naturwiss. , 21, 559 (1933).
27.
Some Problems in the X-ray Analysis of the Structure of Animal Hairs and Other Protein Fibres. Astbury, W.T., Trans. Farad. Soc., 29, 193-211 (1933).
28.
X-ray Studies of the Structure of Hair, Wool and Related Fibres. II. The Molecular Structure and Elastic Properties of Hair Keratin . Astbury, W.T. , and Woods, H.J., Phil. Trans. Roy. Soc., 232, 333-94 (1933).
29.
X-ray Investigation of Crystal Orientation in Parallel Fibrous Aggregates. Jansen, W., Z. Krist., 86, 171-85 (1933).
30.
Evaluation of Fibre Diagrams. Sauter, E., Z. Krist., 84, 453-60 (1933).
31.
X-ray Method for Quantitative Comparison of Crystallite Orientation in Cellulose Fibres. Sisson, W.A., and Clark, G.L., Ind. Eng. Chem., Anal. Ed., 5, 296-300 (1933).
Molecular Structure of Wool. Astbury, W.T., Tex. Mfr. , August, 1933, P. 330-33.
41.
Astbury, W.T. , Fundamentals of Fibre Structure. Oxford University Press. 1933.
42.
The X-ray Fibre Diagram as a Quantitative Measure of Changes in the Micelles of Cellulose by Chemical Processes. Schramek, W., New-man, H., and Schubert, C., Z. physik. Chem., B20, 209-16 (1933).
43.
Remarks on the Work of W. Schramek. Hess, K., and Trogus, C., Z. physik. Chem. , B21, 349-52 (1933).
44.
Diffuse X-ray Diagrams with Cellulose Derivatives. Trogus, C., and Hess, K., Z. physik. Chem., B21, 7-17 (1933).
45.
Additional Compounds of Cellulose. Champetier, G., Ann. Chim. , 20, 5-96 (1933).
46.
Structural Variations in the Nitrocelluloses. Mathieu, M., Trans. Faraday Soc., 29, 122-32 (1933).
47.
Researches on the Change in the Lattice of Nitrocellulose . Trillat, J. , Trans. Faraday Soc., 29, 85-9 (1933).
48.
Methylation of Cellulose. Hess, K., and Trogus, C., Liebig's Ann. Chem., 506, 260-95 (1933).
49.
The Laws of Swelling. Katz, J.R., Trans. Farad. Soc., 29, 279-300 (1933).
