A theoretical expression for the non-uniformity of random jute yarn has been derived from the fineness-length relation and the distribution of length of the filaments in the yarn. The ratio of the actual measured non-uniformity of the yarn to this theoretical value has been suggested to be a true index of non-uniformity due to processin.g.
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References
1.
Bandyopadhyay, S.B., Guha, S.R., and Bhattacharji , S.S., Fibres (Eng. & Chem.)17, 185, 349 (1956).
2.
Bandyopadhyay, S.B. and Sil, N.K., TEXTILE RESEARCH JOURNAL30, 785 (1960).
3.
Banerjee, B.L. and Sen, M.K., J. Textile Inst.46, P792 (1955 ).
4.
Cavaney, B. and Foster, G.A.R., J. Textile Inst.46, T529 (1955).
5.
Grishin, P.F. , J. Textile Inst.45, T167 ( 1954).
6.
Huberty, A., International Wool Textile Organisation, Tech. Com. Proc.1, 55 (1947).
7.
Martindale, J.G., J. Textile Inst.36, T35 (1945 ).
8.
Mathew, J.A. , Rajchenbaum N.B., and Spencer-Smith , J.L., J. Textile Inst.41, P486 (1950).
9.
Nodder, C.R. and Gillies, A.S., J. Textile Inst.33, T1 (1942 ).
10.
Picard, H.C. , J. Textile Inst.42, T503 ( 1951).
11.
Spencer-Smith, J.L. and Todd, H.A.C., Suppl. J. Roy. Statist. Soc.7, 131 (1941).
12.
Temmerman, R. and Hermanne, L., J. Textile Inst.41, T411 ( 1950).