Page 154 - Handbook of Properties of Textile and Technical Fibres
P. 154
132 Handbook of Properties of Textile and Technical Fibres
Hirst HR, King AT: Kemp Part V. Some characteristics of mohair kemp (vol. 59). WIRA
Publication, pp 33e40.
Holt LA: A study of the surface structure/property relationships of Australian mohair and
cashmere fibres, Final report project ULA-12A to rural industries Research and Devel-
opment Corporation, Bundoora, Victoria, 1995, La Trobe University.
Hudson AHF: The chemistry and morphology of goat fibres, Ph.D., Geelong, 1992, Deakin
University
Hunter L: Mohair: a review of its properties, processing and applications, Port Elizabeth, 1993,
CSIR.
Hunter L, Kruger PJ: The frictional properties of wool-mohair blend yarns, Tech. Rep. 159, Port
Elizabeth, 1972, South African Wool and Textile Research Institute.
Hunter L, Smuts S: Some typical bundle and single fibre tensile properties of mohair, SAWTRI
Bull 15(2):18e26, 1985.
Hunter L, Smuts S, Kelly IW: The effect of fibre diameter on the wrinkling and other physical
properties of mohair and mohair/wool woven fabrics, Tech. Rep. 446, Port Elizabeth,
1979, South African Wool and Textile Research Institute.
IWTO-57: Determination of medullated fibre content of wool and mohair samples by opacity
measurement using an OFDA, Ilkley, 2006, International Wool Textile Organisation.
IWTO-58: Determination of quantity of blends of wool with specialty fibres by scanning electron
microscopy, Ilkley, 1998, International Wool Textile Organisation.
Kim SJ, Park ID, Lee MS, Choi SK: Spinning technology of 100’s Angora yarn with wet heat
and hydrogen peroxide treatments to fibres. In Proc. 9th Int. Wool Text. Res. Conf., Biella,
Italy vol. 2, pp 563e570.
King NE: Comparison of young’s modulus for bending and extension of single mohair and
kemp fibres, Text Res J 37:204, 1967.
Kondo T, Tagawa T, Horio M: Structure and properties of mohair in comparison with wool,
Appl Polym Symp 18:879e886, 1971.
Leeder JD: The resistant membranes of keratin fibre, M.Sc., Canberra, 1969, Australian Na-
tional University
Leeder JD: The cell membrane complex and its influence on the properties of the wool fibre,
Wool Sci Rev 63:1e35, 1986.
Leeder JD, Holt LA, Rippon JA, Stapleton IW: Diffusion of dyes and other reagents into the
wool fibre. In Proc. 8th Int. Wool Text. Res. Conf., Christchurch vol. IV, pp 227e238.
Leeder JD, Rippon JA, Rivett DE: Modification of the surface properties of wool by treatment
with anhydrous alkali. In Proc. 7th Int. Wool Text. Res. Conf., Tokyo vol. IV, pp 312e321.
Li L, Zhou W: Study on pilling test of cashmere knitted fabrics, Sen’i Gakkaishi 60:266e270,
2004.
Li Q, Li L, Shao J: Influence of low-temperature dyeing process on physical properties and
surface morphology of cashmere fibers, J Eng Fibers Fabr 7(1):58e61, 2012.
Liu X, Hurren C, Wang L, Wang X: Effects of bleaching and dyeing on the quality of alpaca tops
and yarns, Fibers Polym 5:128e133, 2004.
Liu X, Hurren CJ, Wang X: A comparative study of the abrasion fatigue and resistance to
compression properties of wool and alpaca fibres. In Proc. 11th Int. Wool Text. Res. Conf.,
Leeds, Fi-72, 2005, pp 1e10.
Logan RI, Rivett DE, Tucker DJ, Hudson AHF: Analysis of the intercellular and membrane
lipids of wool and other animal fibres, Text Res J 59:109e113, 1989.
Louw DF, van Wyk TP: The evaluation of weathering damage in mohair, Tech. Rep. 13., Port
Elizabeth, 1958, South African Wool and Textile Research Institute