[5] White P A (2002), Improvements in Processing of Tencel Fibres and Fabrics, Lenzinger Berichte,

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1 REFERENCES [1] Pan N and Postle R (1995), Strength of twisted blend fibrous structures: theoretical prediction of the hybrid effects, J Text Inst, 86, [2] Pan N, Chen K, Monego C J and Backer S (2000), Studying the mechanical properties of blended fibrous structures using a simple model, Text. Res. J., 70, [3] Marom G, Fischer S, Tuler F R and Wagner H D (1978), Hybrid effects in composites: conditions for positive or negative effects versus rule of mixtures, J Mat Sc, 13, [4] Loubinoux D and Chounis S (1985), An experimental approach of spinning new cellulose fibres with NMMO (N-Methylmorpholine-oxide) as solvent of cellulose, Lenzinger Berichte, August, [5] White P A (2002), Improvements in Processing of Tencel Fibres and Fabrics, Lenzinger Berichte, [6] Teli M D, Paul R and Pardeshi P D (2000), Tencel, the new generation, Indian Text J, 110(12), 13. [7] Samanta A K (2000), Benefits of Tencel, Indian Text J, 110(6), [8] Murthy H V S, Kuiti C K (1999), Lyocell- A new generation ecofriendly fibre from nature for next millennium, Man-made Text India, 42(11), [9] Kreze T and Malej S (2003), Structural Characteristics of New and Conventional Regenerated Cellulosic Fibres, Text Res J, 73, [10] Cole D and Jones A (1990), Solvent-Spun Fibre A New Member of the Cellulose Fibre Family, Lenzinger Berichte, 69, [11] Wooding C (2001), Regenerated Cellulosic Fibres, Woodhead publishing Limited, Cambridge, [12] Ward D T (1998), Lyocell: The Fibre Industry s Most Promising Innovation, Int Text Bulletin, 3, [13] Schuster K C, Aldred P, Villa M, Baron M, Loidl R, Biganska O, Patlazhan S, Navard P, Ruf H and Jericha E (2003), Characterising the Emerging Lyocell Fibres Structures by Ultra Small Angle Neutron Scattering, Lenzinger Berichte, 82,

2 [14] Lyocell Fibres: Production, Properties, End-uses (1995), Melliand Int, 1, 6-8. [15] Rohrer C, Retzl P and Firgo H (2001), Lyocell LF- Profile of a Fibrillation- Free Fibre from Lenzing, Lenzinger Berichte, [16] Fang K, Hoo L, Hu X and Shao H (2003), Ester Crosslinking Treatment for Reducing the Fibrillation Tendency of Lyocell Fibres, Text Res J, 73, [17] Firgo H, Schuster K C, Suchomel F, Manner J, Burrow T and Abu-Rous M (2006), The Functional Properties of Tencel- A Current Update, Lenzinger Berichte, 85, [18] Cole D J (1994), Courtaulds Tencel Fibre in Apparel Fabrics, Lenzinger Berichte, 9, [19] Slater A (2006), Tencel Lyocell Fibres for Nonwovens, Chemical Fibre Int, 1, [20] Manner J, Ivanoff D, Morley R J and Jary S (2011), Tencel- New Cellulose Fibre for Carpets, Lenzinger Berichte, 89, [21] New Tencel Lyocell fibre for Filling, Melliand Int, 2, 2006, 86. [22] Klein W (1987), A Practical Guide to Ring Spinning, The Textile Institute, Manual of Textile Technology, MFP Design and Print, Manchester, UK. [23] Klein W (1993), New Spinning Systems, The Textile Institute Manual of Textile Technology, Stephen Austin and Sons Limited, UK. [24] Cotton Catchment Communities CRC (2012, March 5), Yarn Production Retrieved from [25] McCreight D J, Feil K W, Booterbaugh J H and Backe E E (1997), Short Staple Yarn Manufacturing, Carolina Academic Press, Durham, NC USA. [26] International Trade Centre (2012, April 12), Yarn Formation, Retrieved from [27] Klein W (1987), The Technology of Short-staple Spinning, The Textile Institute, Manual of Textile Technology, Alden Press, Oxford, UK. [28] Hatch Kathryn (1993), Textile Science, West Publishing Co. St Paul, Minneapolis

3 [29] Lawrence C A (2003), Fundamentals of spun yarn technology, CRC Press, New York. [30] Basu A (1999), Progress in air-jet spinning, Text Prog, 29(3), [31] Cotton Catchment Communities CRC (2012, March 5), Spinning Processes, Retrieved from [32] Chattopadhyay R (1993), Structure and properties of spun yarns, in Advances in yarn manufacturing process, Indian Institute of Technology, New Delhi, [33] Ishtiaque S M (1986), Radial packing density of rotor- and ring- spun yarns, Indian J Fibre Text Res, 11, [34] Hearle J W S, Grosberg P and Backer S (1969), Structural Mechanics of fibres, yarns and fabrics, New York, Wiley Interscience. [35] Nield R (1975), Open-end Spinning, The Textile Institute, Manchester, UK, [36] Lawrence C A and Finikopulos E (1992), Factors effecting changes in the structure and properties of open-end rotor yarns, Indian J Fibre Text Res, 17, [37] Pillay K P R, Viswanathan N and Parthasarathy M S (1975), The structure and properties of open-end yarns : Part I: A study of fiber configurations and migration, Text Res J, 45, [38] Ghosh Anindya, Ishtiaque S M and Rengasamy R S (2005), Analysis of spun yarn failure. Part I: Tensile failure of yarns as a function of structure and testing parameters, Text Res J, 75, [39] Salhotra K R, Dutta B and Sett S K (1981), Influence of twist on fibre migration in rotor-spun yarns, Text Res J, 51, [40] Lawrence C A and Baqui M A (1991), Effects of machine variables on the structure and properties of air-jet fasciated yarns, Text Res J, 61, [41] Chasmawala R J, Hansen S M and Jayaraman S (1990), Structure and properties of air-jet spun yarns, Text Res J, 60, [42] Ishtiaque S M and Khare S K (1993), Yarns in cross-section, Text Asia, 24(11),

4 [43] Tyagi G K and Doshi N (2006), Polyester-viscose and polyester-cotton MJS yarns compared, Text Asia, 37(11), [44] Anandjiwala R D, Goswami B C, Bragg B C and Bargeron T D (1999),Structure-property relationship of blended cotton yarns made from low and high tenacity fibres, Text Res J, 69, [45] Bergen W V (1969), Wool Handbook, Volume I, Third Edition, Wiley Interscience, New York. [46] Majumdar Abhijit, Mukhopadhyay Samrat, Yadav Ravindra and Mondal Achintya Kumar (2011), Properties of ring-spun yarns made from cotton and regenerated bamboo fibres, Indian J Fibre Text Res, 36, [47] Sekerden F (2011), Investigation on the unevenness, tenacity and elongation properties of bamboo/cotton blended yarns, Fibre Text East Europe, 19(3), [48] Tyagi G K and Dhamija S (1996), Acrylic-polyester yarns, Indian Text J, 107(2), [49] Bargeron J D III, Perkins H H Jr and Mullikin R A (1978), Spinning performance and yarn properties of cotton-polyester blends, Text Res J, 48, [50] Canoglu Suat and Tanir S Kevser (2009), Studieson yarn hairiness of polyester/cottonblended ring-spun yarns made from different blend ratios, Text Res J, 79, [51] Kilic Musa and Okur Ayse (2011), The properties of cotton-tencel and cottonpromodal blended yarns spun in different spinning systems, Text Res J, 81, [52] Zurec W, Sobieraj I and Trezesowska T (1979), Properties of blend yarns, Text Res J, 49, [53] El-Shiekh A (1974), The Dynamic Modulus and some other Properties of Viscose-Polyester Blends; Text Res J, 44, [54] Balasubramanina N and Nerukar S K (1969), Effect of twist factor and blend proportion on the tensile properties of terylene-polynosic blends, Proc.11 th Jt Tech Conference, [55] Simpson J and Fiori L A (1975), How yarn twist affects yarn uniformity and imperfection, Text Res J, 45,

5 [56] Tyagi G K (1991), Response to rotor-spinning of acrylic-viscose blends, Indian Text J, 101(11), [57] Kaushik R C D, Salhotra K R and Tyagi G K (1987), Effect of twist on characteristics of acrylic-viscose rotor-spun yarns, Indian J Text Res, 12, [58] Sett S K, Mukherjee A and Sur D (2000), Tensile characteristics of rotor and friction spun jute blended yarns, Text Res J, 70, [59] Tyagi G K, Choudhary A K and Varshney R K (1996), Contribution of drawoff nozzle to certain characteristics of acrylic-cotton rotor-spun yarns, Indian J Fibre Text Res, 21, [60] Tyagi G K, Gupta Anil and Singh Amarjot (2003), Influence of draw-off nozzle profile on bulk and related properties of acrylic-cotton OE rotor-spun yarns, Indian J Fibre Text Res, 28, [61] Barella A and Manich A (1984), Relation between twist and abrasion resistance of rotor spun yarns Part II: Polyester and blend yarns, Text Res J, 54, [62] Sett S K and Sur D (1993), Mechanical behaviour of rotor-spun jute-viscose blended yarns at different twist levels, Indian J Fibre Text Res, 18, [63] Kaushik R C D, Salhotra K R and Tyagi G K (1988), Effect of twist and repeated extension on tenacity and breaking extension of acrylic-viscose rotorspun yarns, Indian J Fibre Text Res, 13, [64] Tyagi G K and Goyal Ashvani (2005), Recovery properties of acrylic-cotton OE rotor-spun yarns, Man-made Text India, 48(1), 4-6. [65] Rajamanickam R, Hansen S M and Jayaraman Sundaresan (1998), Studies on fibre-procss-structure-property relationships in air-jet spinning Part I: The effect of process and material parameters on the structure of microdenier polyester-fibre/cotton blended yarns, J Text Inst, 89 (2), [66] Rajamanickam R, Hansen S M and Jayaraman Sundaresan (1998), Studies on fibre-procss-structure-property relationships in air-jet spinning Part II: Model development, J Text Inst, 89 (2), [67] Rajamanickam R, Patel M, Hansen S M and Jayaraman S (1998), Interaction of process and material parameters in air-jet spinning, Text Res J, 68,

6 [68] Tyagi G K, Goyal Ashvani and Kherdekar (2010), Properties of regenerated cellulose (bamboo)-cotton MJS yarns, Melliand Int, 1-2, [69] Tyagi G K and Salhotra K R (1996), Influence of process parameters on characteristics of MJS yarns, Indian J Fibre Text Res, 21, [70] Tyagi G K, Kaushik R C D and Salhotra K R (2000), Mechanical characteristics of jet-spun acrylic-cotton yarns, Indian J Fibre Text Res, 25, [71] Punj S K, Behra B K and Sen Abhijit (1996), Polyester-viscose variations, Text Asia, 27(4), [72] Tyagi G K and Dhamija S (1998), Bulk and related properties of acryliccotton Jet spun Yarns, Indian J Fibre Text Res, 25, [73] Tyagi G K and Dhamija S (1998), Response of polyester-viscose jet-spun yarns to repeated extension, Indian J Fibre Text Res, 23, [74] Sreenivasan K and Shankaranarayana K S (1961), Twist and tension as factors in yarn characteristics, Text Res J, 31, [75] Morris P J, Merkin J H and Rennell R W (1990), Modelling of yarn properties from fibre properties, J Text Inst, 90, [76] Tyagi G K, Mehta Anup, Dalal Surender and Jain Kulbhushan (1995), Acrylic-polyester yarns: An overview, Indian Text J, 105(8), [77] Tyagi G K, Malik A P, Lal A and Jindal B M (1987), Influence of twist and thermal treatment on characteristics of acrylic-polypropylene blended yarns, Indian J Fibre Text Res, 12, [78] Tyagi G K (1991), Silk in blends with polyester fibres, Indian Text J, 102(2), [79] Tyagi G K and Chatterjee K N (1991), Physical characteristics of polyesterviscose and polyester-cotton yarns spun on ring- and rotor-spinning systems, Indian J Fibre Text Res, 16, [80] Kaushik R C D and Tyagi G K (1993), Properties of polyester-viscose ringand rotor-spun yarns in relation to polyester fibre denier and twist, Indian J Fibre Text Res, 18, [81] Tyagi G K, Bhowmick Manik, Bhattacharya S and Kumar R (2010), Effect of spinning conditions on mechanical and performance characteristics of cotton ring- and compact- spun yarns, Indian J Fibre Text Res, 35,

7 [82] Ratnam T V, Shankaranarayana K S, Underwood C and Govindarajulu K (1968), Prediction of the quality of blended yarns from that of the individual components, Text Res J, 38, [83] Barella A, Vega P A A and Castro L (1989), Yarn Attrition by Abrasion: A Comparison of Polyester-fibre/Cotton Blended-fibre Yarns Spun by Different Spinning Processes, J Text Inst, 80, [84] Barella A, Manich A, Castro L and Hunter L (1984), Diameter and hairiness of ring and rotor polyester-cotton blended spun yarns, Text Res J, 54, [85] Tyagi G K, Sharma K R, Goyal A and Singh Mandeep (2004), Variation in polyester-viscose and polyester-cotton ring and rotor yarn characteristics as a consequence of fibre cross-section, Indian J Fibre Text Res, 29, [86] Kothari V K, Ishtiaque S M and Ogale V G (2004), Hairiness properties of polyester-cotton blended yarns, Indian J Fibre Text Res, 29, [87] Kaushik R C D, Tyagi G K and Chatterjee K N (1990), Contribution of fibre profile and twist factor to flexural rigidity and elastic recovery of polyester fibre yarns, Indian J Fibre Text Res, 15, [88] Thierron W (1985), The flexural rigidity of polyester-fibre-cotton yarns produced on the ring-, rotor-, and friction- spinning systems, J Text Inst, 76, [89] Tyagi G K and Chatterjee K N (1992), Flexural rigidity and elastic recovery of polyester-viscose ring- and rotor-spun yarns in relation to some processing factors, Indian J Fibre Text Res, 17, [90] Tyagi G K, Choudhary A K and Salhotra K R (1996), Characteristics of acrylic-cotton yarns produced on ring and rotor spinning systems, Indian J Fibre Text Res, 21, [91] Mohamed M H, Lord P R and Saleh H A (1975), A comparison of the hairiness and diameter of ring and open-end yarns, Text Res J, 45, [92] Kaushik R C D, Salhotra K R and Tyagi G K (1992), Response of polyesterviscose blends to air-jet spinning, Indian J Fibre Text Res, 17, [93] Tyagi G K, Punj S K and Sharma R (1997), Mechanical properties of ring and jet-spun yarns as a function of thermal treatment, Asian Text J, 6(4), [94] Tyagi G K (1992), Air-jet spinning, Indian Text J, 103(3),

8 [95] Tyagi G K, Kaushik R C D and Salhotra K R (1998), Response of polyesterviscose ring and MJS yarns to heat treatment under relaxed condition, Indian J Fibre Text Res, 23, [96] Tyagi G K, Gopal A and Gon D P (2007), Contribution of fibre profile to performance characteristics of polyester-viscose and polyester-cotton ring and MJS yarns, Indian J Fibre Text Res, 32, [97] Tyagi G K, Goyal Ashvani and Murmu Golapi Goparani (2011), Structure and properties of yarn made from bamboo-cotton blend, Text Asia, 42(7), [98] Tyagi G K, Kaushik R C D and Salhotra K R (1997), Properties of OE rotor and MJS yarns spun at high spinning speeds, Indian J Fibre Text Res, 22, [99] Nikolic M, Cerkvick J and Stjepanovic Z (1994), Influence of spinning process on spun yarn quality and economy of yarn production, Int J Clothing Sc Tech, 6 (4) 34-40, [100] Tyagi G K (2010), Yarn structure and properties from different spinning techniques, in Lawrence C A, Advances in yarn spinning technology, Cambridge, Woodhead Publishing Limited, [101] Rajamanickam R, Hansen S M and Jayaraman S (1997), A computer simulation approach for engineering Air-jet spun yarns, Text Res J, 67, [102] Basu A (2000), Air-jet spun yarns: Structure-properties relationship, Asian Text J, 9 (10), [103] Park J W and Oh A G (2006), Bending rigidity of yarns, Text Res J, 76, [104] Hamburger J W (1949), The industrial applications of the stress-strain relationship, J Text Inst, 40, [105] Kemp A and Owen J D (1955), The strength and behaviour of nylon/cotton blended yarns undergoing strain, J Text Inst, 46, T684-T698. [106] Owen J D (1962), The strength and stress-strain behaviour of blended yarns, J Text Inst, 53, T144-T167. [107] Monego C J and Backer S (1968), Tensile rupture of blended yarns, Text Res J, 38,

9 [108] Machida K (1963), Mechanics of Rupture in Blended Yarns, Master s Thesis, Massachusetts Institute of Technology, Cambridge, MA, USA. [109] Aghasian S, Gharehaghaji A A, Ghane M and Parsian A (2008), Investigation on the properties of blended rotor-spun cotton/polyester yarn using a hybrid model, J Text Inst, 99, [110] Owen J D and Riding G (1964), The weighted-ring stiffness test, J Text Inst, 55, T [111] Mark C M, Yuen C W M, Ku S K and Tao X M (2004), A new cellulose in the market, Text Asia, 35(8), [112] Kilic G B and Sular V (2012), Frictional properties of cotton-tencel yarns spun in different spinning systems, Text Res J, 82, [113] Punj S K, Sharma K R and Agarwal M K (2004), Effect of blend ratio on tencel/polyester fabric, Indian Text J, 115(1), [114] Kumar A, Salhotra K R and Ishtiaque S M (2006), Analysis of spinning process using the Taguchi method. Part IV: Effect of spinning process variables on tensile properties of ring, rotor and air-jet yarns, J Text Inst, 97, [115] Kumar A, Salhotra K R and Ishtiaque S M (2006), Analysis of spinning process using the Taguchi method. Part V: Effect of spinning process variables on physical properties of ring, rotor and air-jet yarns, J Text Inst, 97, [116] Soe A K, Takahashi M, Nakajima M, Matsuo T and Matsumoto T (2004), Structure and properties of mvs yarns in comparison with ring yarns and openend rotor spun yarns, Textile Res J, 74, [117] Jackowska-Strumillo L, Cyniak D, Czekalski J and Jackowski (2007), Quality of cotton yarns spun using ring-, compact-, and rotor-spinning machines as a function of selected spinning process parameters, Fibres Text Eastern Eur, 60(1) [118] Erdumlu N, Ozipek B, Oztuna A S and Cetinkaya S (2009), Investigation of vortex spun yarn properties in comparison with conventional ring and openend rotor spun yarns, Textile Res J, 79, [119] Basal G and Oxenham W (2003), Vortex spun yarn vs. air-jet spun yarn, Autex Res J, 3(3),

10 [120] Lunenschloss J, Siersch E and Phoa T T (1974), Influence exerted by fibre length and the distribution of fibre lengths on the properties of open-end synthetic fibre yarns, Melliand Textilber, 57, April, E [121] Salhotra K R (1989), Spinning of manmade and blends on cotton systems, NICTAS Publication, Ahmedabad, India, 216. [122] Barella A (1993), The hairiness of yarns, Text Prog, 24, 25. [123] Barella A (1971), The nature of the hairiness of open-end-spun yarns, J Text Inst, 62, [124] Sengupta A K, Chattopadhyay R and Daspal D (1992), Influence of annealing on the properties of air-jet and ring yarns, Indian J Fibre Text Res, 17, [125] Basu A and Chellalamani K P (2000), Influence of fibre length and denier on the properties of polyester ring and air-jet spun yarns, Indian J Fibre Text Res, 25, [126] Mukhopadhyay A, Sharma I C and Saha Abhishek (2002), Low stress behaviour of jet-spun yarn, Indian J Fibre Text Res, 27, [127] Chattopadhyay R and Chakrabarti A K (2003), Influence of sheath-core fibre characteristics on the properties of dref-3 friction yarns, Indian J Fibre Text Res, 28, [128] Chattopadhyay R and Sinha S K (2011), Studies on structural integrity of polyester-cotton friction spun yarn by cycling extension test, Fibre Polymers, 12, [129] Tyagi G K and Sharma Dhirender (2004), Performance and low-stress characteristics of polyester-cotton MVS yarns, Indian J Fibre Text Res, 29, 301. [130] Tyagi G K, Goyal Ashvani and Patnaik A (2002), Elastic recovery properties of polyester jet-spun yarns, Indian J Fibre Text Res, 27, [131] Tyagi G K, Singh Amarjot and Goyal A (2004), Effect of add-on finish and process variables on recovery properties of jet-spun polyester yarns, Indian J Fibre Text Res, 29, [132] Barella A and Manich A M (1989), Friction spun yarns versus ring and rotor spun yarns: resistance to abrasion and repeated extensions, Text Res J, 59,

11 [133] Sengupta A K, Pratihar P, Kimothi P D, Vernekar S and Alamgir Sayeed A M (2002), Influence of yarn structure, sizing ingredients and type of sizing on properties and performance of sized yarns: Part II A comparative study of sized yarn performance for ring- and rotor- spun cotton yarns, Indian J Fibre Text Res, 27, [134] Tyagi G K and Sharma Dhirender (2008), Study on cotton ring and OE rotor yarn characteristics: Part II Effect of caustic and enzymatic scouring treatments on structure and recovery characteristics, Indian J Fibre Text Res, 33, [135] Manich A and De Castellar M D (1992), Elastic recovery and inverse relaxation of polyester staple fibre rotor spun yarns, Text Res J, 62, [136] Vinzaneker S G and Kulkarni V B (1981), M Text thesis, University of Bombay. [137] Hearle J W S, Lord P R and Sentur K N (1972), Fibre migration in open-endspun yarns, J Text Inst, 63, [138] Goswami B C, Anandjiwala R D and Carmicel M (1991), Engineering fibre properties for newer spinning systems, J Appl Polymer Sc, Appl Polymer Symp, 47, [139] Scheffe H (1958), Experiments with Mixtures, J Royal Statist Soc, B(20)