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Abstract

An integro-differential equation is derived; it describes the time rate of change of the weight distribution of lengths for cotton fibers. A solution to the equation is found. Comparison between theory and experiment is made. Agreement is satisfactory.

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References

Grassie, Norman , The Chemistry of High Polymer Degradation Processes , London, Butterworth (1956); especially Chapter 3 and References 19-24 in that chapter.

Heyn, A.N.J. , Tex. Industries, 120, No. 5, 137 (1956).

Jahnke and Emde , Tables of Functions, Berlin, B. G. Tuebner , (1933).

Leitgeb, D.J. and Wakeham. H. , TEXTILE RESEARCH JOURNAL 24, 1047 (1954).

Montgomery, R. A. and Nissing, T. J., The Cotton Gin and Oil Mill Press, March 9, 1957.

Montroll, E.W. , J. Am. Chem. Soc. 63, 1215 (1941 ); esp. p. 1219.

Moore, V.P. , USDA Circular 922, July 1953.

Thompson, D.O. and Holmes, D.K. , J. Appl. Phys. 27, 713 (1956).

Wakeham. H. , Sticktey, H. , and Spicer, N. , TEXTILE RESEARCH JOURNAL 24, 1037 (1954).

10.

Webb, R.J. , USDA Preliminary Report on Problems and Methods in Cotton Ginning, April 1929.

Changes in the Weight Distribution of Fiber Lengths of Cotton as a Result of Random Fiber Breakage

Abstract

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