Values for percentage elongation at break and average force at break of single cotton fibers immersed in water at various temperatures and in various concentrations of NaOH have been determined by statistical methods. A maximum value of average force in 1 M NaOH is explained by a cooperative effect of the fibrils.
Chandler, E.E. , Textile World74, 3024-3030 (1928).
4.
Grant, J.N., and Morlier, O.W., TEXTILE RESEARCH JOURNAL18, 481-487 (1948).
5.
Hermans, P.W. , and Weidinger, A., J. of Polymer Science6, 533-538 (1951).
6.
Lasater, J.A., Nimer, E.L., Quinn, E.L., and Davidson, A., Technical Report No. XXXV, June 15, 1952, Research Contract N7-ONR-45101, Project No. NR-032-168.
7.
Meredith, R. , J. Text. Inst.37, T205-228 (1946).
8.
Meredith, R. , J. Text. Inst.42, T291-299 (1951).
9.
Meredith, R. , J. Text. Inst.36, T107-130 (1945).
10.
Pearson, Ray L. , Funk, Albert G., and Eyring , Henry, Technical Report No. XLV, September 15, 1954, Research Contract N7-ONR-45101, Project No. NR-032-168, University of Utah.
