I ndian Journal of Fibre & Textile Research Vol. 30, December 2005, pp. 480-484
a-Amylase Abrasion resistance Absorbency Achvrantlllls aspera
Acid dye Acrylic copolymer Acry lic fi bre Air permeabi l i ty Air-jet spinning Alambeta Alkali pretreatment Antimicrobial agent Antimicrobial property Antimicrobial textile Anti-UV property Apron Artificial neural network Autocorrelation function Azadirachta indica
Back propagation neural network Bacteriostasis Bandage Bedford cord Bending length B icomponent tibre B i-functional reactive dye Biodegradation Birefringence Blanded yarn Bleaching Blend Blended yarn B reaking elongation Breaking strength Breathable fabric Bulk properties Burning mode
Calcium alginate Cam shedding motion Cationization Cel lulose Cel lulosic fibre Chemical sensor Chitosan Circular fibre Classimat faults Cloth cover Coated fabric Colour value
Annual Index 2005
Keyword Index
75 Compact spinning 402
407 Compact yarn 340
68 Composite 1 57. 1 66. 263
43 1 Compressional energy 49
82 Compressional properties 2 1 8
1 84 Conduction 252
1 3 . 1 48 Conductive fabric 204
2 1 8, 363 Copolymer 1 84
49. 278. 363 Core-wrapper ratio 407
252 Cotton 1 9. 26. 32. 68. 1 36, 1 74.
45 1 1 90, 200. 204. 252, 258,
204 290, 295. 302. 3 1 5. 340.
1 90 37 1 . 396, 402. 4 1 4. 444
43 1 Cotton-jute union fabric 45 1
1 90 Cotton-polyester fabric 49. 363
94 Cotton-polypropylene fabric 377
1 9. 302 Cotton-rabbit hair blend 2 1 5
4 1 4, 42 1 Crease recovery 444
43 1 Creep 33 1
Crystal size 37
302 Crystal l ine orientation 37
43 1 Crystal l inity 153
33 1 Crystal l i te shape 309
42
2 1 8 Delayed recovery 33 1
384 Diffusion coefficient 1 96
88 Digita l printing 99
1 57 Dimensional property 37 1
37 Drafting 94
2 1 5 Drafting force 26
68. 45 1 DREF-3 yarn 1 42. 407
2 1 5 Dye 1 90
1 42 Dye sorption 82
1 9, 273 Dyeing 68. 3 1 5. 324. 402. 444. 468
273 Dyeing propert ies 88
335 Dynamic loading 389
2 1 8
396 Electron spin resonance 437
Emulsion polymeriation 1 84
75 Enzyme immobi l ization 75 1 25 Enzyme treatment 45 1
3 1 5 ESEM study 384
335
88 Fabric 49. 68. 200, 204, 2 1 8. 252.
42 258. 267. 324. 335. 357,
82 363, 37 1 . 377. 389. 396.
407 402. 437, 45 1
94, 2 1 1 Fabric density 2 1 8
396 Fabric tightness 396
267 False-twist texturing 37
402 Fastness properties 88
Fibre
Fibre friction Fibre openncss Fibre quality index Fibre surface geometry Finishing Flame retardency Flat knitting machine Flexural rigidity
Garment Garment accessories Gauge length Glutaraldehyde Graft ing
Hamburger model Heat flux Heat transfer High volume i nstrument Highest standard count HomopolYlllerization Hosiery yarn Hydrolytic modification
Infrared spectra [nitial modulus Ink-jet printing Instantaneous extension Inter-fibre cohesion Inter-fibre friction
Jet-spun yarn Jet-spun yarn fabric Jute Jute-cotton union fabric
Khimp fibre Kinematic design method Kinetic studies Knitted fabric Knitting
Laminatc Lay-up angle Lea CSP Ligni fication Linear regression model Linen Liquid softener Lively twist Low-stress characteristics Low-stress properties Low-temperature plasma Lubrication ratio
Mean fibre extent Mechanical properties Mercerization Microdenier fabric
ANNUAL [NDEX
1 3. [ 9. 60. 88, [ 48. [ 53, 1 57. 1 74. 207, 283. 302,
309, 384. 407 26 26
302 [48
43 1 , 444 396 37 1 290
468 468
283. 4 1 4 75
1 57, 437
1 42 377 357
1 9 302 437 [ 36
1 3
1 53 290
99 33 [ 1 48 1 48
49 363
1 66. 263, 389 45 1
1 53 243 1 96
200, 258 263. 37 [ , 377
267 263 302 1 66
1 9 335 200
32 49
290 60. 68, 82
273
407 55. 263. 407
290 324
MicroPCM 's M ulberry si lk Mul tiple regression model MVS yarn
Natural dye Needle penetration Needle punch density Needle-punched fabric Needle-punched nonwoven NeUl'o-fuzzy model Non-formaldehyde fi nishing Nonwoven Nonwoven fleece Nozzle d istance N-vinylpyrrolidone Ny[on 6
Ocilllllm basilie/IIII Optical sensor
Partially oriented yarn Permanent set Phase change material Physical propert ies Picking period Pineapple leaf fibre Plasma-treated fabric Plasma-treated fi bre Ply twist P[y-to-si ngle twist ratio Polyacrylonitrile fibre
377 309 302
49. 363
1 90 2 1 8 2 1 8 2 1 8 389
1 9 444
82. 2 1 8. 384. 389 55
49, 363 437
75, 437
43 1 42
278 33 1 377
1 53, 1 74. 2 1 8. 37 1 1 74 1 57 68 60
32. 258 258 207
Polyamino chlorohydrin quaternary ammonium compound 3 1 5
204 37, 1 96, 278, 357,
37 1 , 340, 407
Polyanil i ne Polyester
Polyester-cotton fabric Polyester-viscose yarn Polyethylene Polyethylene terephthalate Polymer Polypropylene Polypropylene-cotton fabric Preform Printing Protective textile
49. 363 1 42 384 324 207
55, 384. 389 377 263
Proton nuclear magnetic resonance Protruding hairs
99 1 90 1 84 1 48 43 1 Punica grana/11m
Rabbit hair-cotton blend Radiation graft ing Ratanjot Reactive dye Regenerated cell ulosic fibre Regression model Rib knit R ing frame Ring spinning Ring-spun yarn
2 1 5 437 1 96
88. 444 88
302 263 94
2 1 1 . 2 1 5. 295. 402 290. 340
48 1
482 I N DI A N J. FIB R E TEXT. RES . . DECEM BER 2005
Rotor-spun yarn Roving
Sandwich fabric Scale parameter Seam sl ippage Seam strength SEM studies Sensor embedded texti le Sewing thread Shape parameter Sh ikonin Short stretch bandage Short-staple spi nning system S i lk fibre S i multaneous dyei ng S ingle jersey kni t ted fabric S i ng le yarn twist
1 9. 290 26. 94
37 1 283 273 273 1 53 42
273 283 1 96 33 1 2 1 5 309 444 258 258
Si x-bar l inkage sley drive mechanism Sley motion
243 243
Sorption Spectral density function Spinning
Spinn ing triangle Spira l i ty Spun yarn Spun bonded nonwoven Srinkage properties Stochastic process Stress relaxation Structural properties Superabsorbent Supercritical carbon dioxide Supereritical tl uid Supramolecular structure
Tenacity Tensi le behaviour Tensi Ie properties Tensile strength Text i le hand Text i le preform Texti le print ing Texturing Theoretical model Thermal comfort characteristic Thermal i nsulation Thermal resistance Thermogravimetric analysis Thermo-regulated fabric
55. 82 42 1
49. 2 1 1 , 2 1 5 , 283. 363. 402
295 258
283, 340 384 278 4 1 4
32 37
1 57. 207 1 96 324
88
2 1 8, 283 384
142, 1 74, 267 309 200 263
99 37, 27R
4 1 4 363 357
252, 357 1 84 377
Thermostabi l i ty Thickness loss Thread structure Three-di mensional fabric Tightness factor Torque-free yarn Torque-twist hysteresis Torsional r igidi ty Torsional stress relaxation Tossa jute
1 06 389 273 37 1 25l'l
32 1 36 1 36
Trilobal fibre Tri methylammonium chloride Tuft behaviour
32 1 66 407 3 1 5 1 48
Twist Twist factor Twist l i ve l iness Twisti ng jet pressure Twisting jet pressure Two-ply yarn
Union fabric UV protection
Vi scose Viscose-polyester yarn Viscosity
Water absorbency Water retention Water vapour d iffusion Water vapour transmission Weaving Weibul l d istribution Whiteness Wide angle X-ray scattering Winding parameter Wool Wool fibre Woven fabric
X-ray d i ffraction
Yarn
Yarn hairi ness Yarn i mperfect ions Yarn quali ty Yarn strength Yarn tenacity Yarn unevenness
32. 258. 340 290 258 49
363 32
45 1 1 90
55. 283. 340. 357 1 42 1 84
207 1 3
363 335
1 25 . 243 283 1 66 30t) 2 1 1
82 60
252. 335. 402
37
1 9, 32. 37. 49. 1 36, 1 42, 1 74, 2 1 5 . 278. 290, 340.
363, 402. 407 94. 295
26. 94, 2 1 1 26, 94, 1 48
4 1 4 283 42 1
ANNUAL INDEX 483
Author Index
Ahmed M 2 1 5 Indu Shekar R 335. 396 Ajay Kumar 148 Ishtiaque S M 26. 1 48, 283 Alpay H R 1 25 Amidei Cathryn 42 Jain Astha 190 Anbumani N 340 Jajpura Lalit 75 Asanovic Koviljka 55 Jocic D 82 Aydemir Ahillet 243 lovancic P 82
Bairagi Ni lanjana 196 Kadian Savita 99 Bal Kausik 357 Kamal Kumar 335 Banerjee P K 1 36 Kan C W 60 Basu Arindam 2 1 1 Kandasaamy P V 3 1 5 Basu Gautam 45 1 Karakas H Canbaz 37 Becerir Behcet 402 Karthik A 263 Bhaduri S K 1 53 Khanna Y ogesh 407 Bhaskar P 2 1 5 Kit-Iun Yick 377 Bhat Narendra V 204 Koh loonseok 88 Bhat P 1 36 Kothari V K 252. 278. 357 Bhattacharjee D 252 Kotresh T M 335, 396 Bhattacharya S 13 , 1 42 Kundu S K 1 53
Carneiro N 68 Liao Shen Kung 324 Chakraborty 1 N 468 Lukic Siavenka 55 Chakraborty S 1 42 Chan K 60 Mahalanabis K K 45 1 Challopadhyay S K 2 1 5 Mahesh S S 309
Majumdar Abhijit 19 Das A 26 Majumdar P K 19 . 1 42, 389 Das 8 K 1 53 Malik S K 99. 444 Das Dipayan 4 1 4. 421 Marrnarali A 37 1 Daukantiene V 200 Masteikaite V 267 Dayioglu H 37 Megha P R 468 Dinkel F 1 66 Meric B 273 Doke S S 302 Midha Vinay Kumar 2 1 8 Durmaz A 273 Milutinovic-Nikolic Aleksandra 55
Mohamed A Peer 32. 94. 258 EI-Gendy E H 437 Mohapatra Roomky 1 57 EI-Shanshoury I A 437 Mojumder P 1 53 Eren R 1 25. 243 Mondal S 1 84
Mukherjee A K 1 3 Furrow Keith 42 Mukhopadhyay A 2 1 8, 331
Munusamy B 295 Ghosh Anindya 283 Ghosh S 33 1 Neckar Bohuslav 4 1 4. 42 1 Ghosh Subhas 42 Nishkam Anita 148 GiriDev V R 263 Noger D 1 66 Gokarneshan N 340 Gorken S O 37 1 Omeroglu Sunay 402 Gotipamul Rajanna 21 1 Grether T 1 66 Pal Rudrajit 468 Gukanathan G 295 Palaniswamy N K 32, 258 Gulrajani M L 1 96 Pan war Shikha 1 90 Gupta B 13 , 1 84 Petrovic Z Lj 82 Gupta Deepti 1 90 Pokharna A K 2 1 5 Gupta K K 278 Prabaharan M 68 Gupta N P 2 1 5 Gutauskas M 200 Radetic M 82
Raghunathan K 1 74. 263 Hu Xiaoyu 207 Rajendrakumar K 43 1
484 INDIAN 1. FIBRE TEXT. RES., DECEMBER 2005
Rajendran R 43 1 Subramaniam V 340 Ramasamy M 3 1 5 Subramanian S 94 Ray P 1 66, 389 Sukhadeva N S 26 Rengasamy R S 283 Sushi l Kumar 99. 444
Saceviciene V 267 Thilagavathi G 295. 43 1 Sahoo Praful la K 1 57 Thomas H 82 Sahu Gobinda C 1 57 Tyagi G K 49, 290. 363, 407 Salhotra KR 26 Samanta A K 45 1 Vardarajan R I 3 Sangappa 309 Vijay Lakshmi S N 396 Sarkar B ijan 1 9 Schmid H R 1 66
Wang X Q 384 Selvan M Tamil 1 74 Sengupta S 389
Wei Qufu 384
Seshadri Devender T 204 Shanmugam N 302 Xiao Changfa 207
Sharma Dhirendra 49, 290, 363 Xiao-ming Tao 377
Shukla S R 75 Xing-xiang Zhang 377
Singh H 1 84 Singhee Deepali 45 1 Vi Li 377
Sivabalakrishnan A 263 Yuen C W M 60
Somashekar R I 309 Somashekarappa H 309 Zah R 1 66 Subbu Lakshmi M S 396 Zmail aite E 200