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Original Articles

26—THE RÔLE OF WATER IN THE SETTING OF WOOL: A STUDY OF SETTING AT TEMPERATURES ABOVE 100°C: PART I: DEGREE OF SET

Pages 361-387 | Received 11 Sep 1969, Accepted 10 Dec 1969, Published online: 10 Nov 2008

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Read on this site (11)

Qing Li, Peter Rex Brady & Xungai Wang. (2012) Effects of pH on the stress–strain properties of wool fabric. The Journal of The Textile Institute 103:2, pages 210-214.
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Q. Li, P.R. Brady, C.J. Hurren & X.G. Wang. (2011) Rapid fibre diameter measurement in aqueous solutions with OFDA 2000. The Journal of The Textile Institute 102:6, pages 500-504.
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A.G. De Boos, G. Mazzuchetti, R. Demichelis & P.G. Minazio. (2000) The Properties of Wool Fabric Prepared for Dyeing by Using Chemically Assisted Wet-setting Processes. The Journal of The Textile Institute 91:4, pages 590-599.
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C.V. Le & X.H. Jiang. (1997) The Effects of Steaming Condition and Wrapper Type on the Permanent Setting of Wool Fabric. The Journal of The Textile Institute 88:1, pages 53-63.
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A.G. De Boos & A.M. Wemyss. (1993) Objective Evaluation of Wool Fabric Finishing. The Journal of The Textile Institute 84:4, pages 506-519.
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M.A. White. (1983) WOOL-FINISHING: MACHINERY DEVELOPMENTS AND PROCESSING TRENDS. Textile Progress 13:2, pages 1-31.
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J.A. Rippon & M.A. White. (1982) 21—THE SETTING OF POLYMER-STABILIZED CREASES IN WOOL GARMENTS BY ATMOSPHERIC-PRESSURE STEAMING. The Journal of The Textile Institute 73:5, pages 218-223.
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J.E. Algie. (1982) 15—LINEAR-RELAXATION PHENOMENA IN WOOL AND HORN. The Journal of The Textile Institute 73:4, pages 153-169.
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A.G. De Boos & M.A. White. (1978) The Stiffness of Polymer-treated Wool Fabric. The Journal of The Textile Institute 69:6, pages 194-197.
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Articles from other publishers (23)

Xueliang Xiao, Jinlian Hu, Xiaoting Gui & Kun Qian. (2017) Shape Memory Investigation of α-Keratin Fibers as Multi-Coupled Stimuli of Responsive Smart Materials. Polymers 9:12, pages 87.
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Xueliang Xiao, Hongtao Zhou & Kun Qian. (2017) Mechanism study of biopolymer hair as a coupled thermo-water responsive smart material. Smart Materials and Structures 26:3, pages 035023.
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Asim Kumar Roy Choudhury. 2017. Principles of Textile Finishing. Principles of Textile Finishing 417 466 .
N. S. El-Hawary, N. S. Elshemy & H. El-Sayed. (2016) New thiol-disulfide exchangers as anti-setting agents for wool fabric during dyeing. Fibers and Polymers 17:9, pages 1391-1396.
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Qing Li, Christopher Hurren, Xu Gui Zhang & Xun Gai Wang. (2015) Extended Studies on Fibre Diameter Measurement with OFDA Instrument. Key Engineering Materials 671, pages 347-355.
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David M. Lewis. 2013. The Coloration of Wool and other Keratin Fibres. The Coloration of Wool and other Keratin Fibres 251 290 .
David M. Lewis. 2013. The Coloration of Wool and other Keratin Fibres. The Coloration of Wool and other Keratin Fibres 99 129 .
Keith R Millington. (2012) Rapid permanent setting of wool fabrics by conductive heat transfer. Textile Research Journal 82:14, pages 1414-1421.
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Qing Li, P. Rex Brady & Xungai Wang. (2007) Influence of pH on hygral expansion, relaxation shrinkage and extensibility of wool fabric. Fibers and Polymers 8:2, pages 230-233.
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H El‐Sayed. (2006) Novel approach for antisetting of wool fabrics during dyeing. Coloration Technology 122:1, pages 57-60.
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J Kim & D M Lewis. (2006) The effect of various anti‐setting systems in wool dyeing. Part 4; Sodium tetrathionate based systems. Coloration Technology 119:2, pages 112-115.
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J Kim & D M Lewis. (2006) The effect of various anti‐setting systems in wool dyeing. Part 3; Sodium thiocyanate based systems. Coloration Technology 119:2, pages 108-111.
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J Kim & D M Lewis. (2006) The effect of various anti‐setting systems in wool dyeing. Part 2: Sodium maleate based systems. Coloration Technology 118:4, pages 181-184.
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J. Kim & D.M. Lewis*. (2006) The effect of various anti‐setting systems in wool dyeing. Part 1: Hydrogen peroxide based systems. Coloration Technology 118:3, pages 121-124.
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Keith R Millington. (2006) Comparison of the effects of gamma and ultraviolet radiation on wool keratin. Coloration Technology 116:9, pages 266-272.
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Ava Rani Phukan & V. Subramaniam. (2016) Degree and Stability of the Flat Set of Plain. Weft Knitted Fabrics. Textile Research Journal 65:8, pages 471-477.
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P G Cookson, P R Brady, K W Fincher, P A Duffield, S M Smith, K. Reincke & J. Schreiber. (2008) The Basolan AS process: a new concept in wool dyeing. Journal of the Society of Dyers and Colourists 111:7-8, pages 228-236.
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C.V. Le, D.H. Tester, P. Buckenham & R. Postle. (2016) Heat and Moisture Transfer in Textile Assemblies. Textile Research Journal 65:5, pages 265-272.
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C.V. Le, D.H. Tester, N.G. Ly & S. De Jong. (2016) Changes in Fabric Mechanical Properties After Pressure Decatizing as Measured by FAST. Textile Research Journal 64:2, pages 61-69.
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U.K. Das. (2016) Influence of Wrapper Moisture Content on Wool Fabric Mechanical Properties After Pressure Decatizing. Textile Research Journal 63:1, pages 59-60.
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P G Cookson, K W Fincher & P R Brady. (2008) Minimising the impairment of the physical properties of wool during dyeing by restricting the level of permanent set. Journal of the Society of Dyers and Colourists 107:4, pages 135-138.
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P.G. Cookson. (2016) Hygral Expansion Behavior of Woven Wool Fabrics. Textile Research Journal 60:10, pages 579-590.
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Ian S. Bissett, John A. Medley, John S. Pullin & Leslie M. Wrennall. (2008) A Novel and Comprehensive Final Finishing Process for Worsted and Related Fabrics. Journal of the Society of Dyers and Colourists 89:12, pages 466-473.
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