Indian Journal of Fibre & Textile Research Vol. 3 1 , December 2006, pp. 594-600

2-yarn Ileece

7-ordcr polynomial

8-order polynomial

A brasion loss

Abrasion resistance

Acryl ic yarn

ALticoat™

Aesthetic value

Air nozzle

A i r penneabi l ity

A i r-jet spinning

Alkali treatment

Aminized colton

Angora rabbit fibre

Animal fibre

Allt i mi<.:robi;11

Antique fin ish

A pparcl fabri<.:

Aprons

Artificial neural nctwork

Atmospheric d ielectric barricr discharge

Atmospheric pressure plasma

Bal loonless twisting

Bending length

B i furcated vascular prosthesis

B iofibres

B lended fabric

Blended yarn

13I00d-fi Itering fabric

Box & Behnken design

Calendering

Cam follower

Carbon nanotube

Annual Index 2006

Keyword Index

4 1 5

467

467

553

50 1

293

1 87

426

52 1

4 1 5

5 1 5

274

320

507

553

1 87,543

426

1 42

529

1 60

432

83

394

444,580

573

537

40 1

1 77,3 1 3 ,376

432

565

580

465

29

Carpet

Cationization

Cationized cotton

Cel lulase enzyme

Cellulose

Cheni l ic yarn

Chitosan

Circular polyester fibre

Clay-contain ing polymeri<.: nanocomposite

Clothing

Cluster submuni tion

Coated yarn

Coat ing

Color match pred iction

Comfort

Comfort index

Compact spinning

426

450

320

565

363

50 1

543

496

1 5

66

309

52,543

99.202

439

1 77

1 50

1 1 6

Compact -spun yarn 38 I

Composite 1 5 .29. 1 25 ,335 .422.460

Compression bandage 2 1 5

Compressional properties 565

Computer-aided design 1 34

Cone w ind i ng 1 25

Consistency index 248

Controll ing force 529

Core yarn 5 1 5

Core-sheath ratio 286

Core-spun yarn 298.5 1 5

Corkscrew structure 387

Cornhusk fibres 537

Cotton 248,298,320.330,339,346,369,376.

Cotton/pol yester blend

Cotton/pol yester fabric

Cotton/pol yester yarn

Course spacing

38 1 ,387 .394,409.444,450.460,470, 507.537.543.565.577 ,583.588

3 1 3

496

279

409

AN U A L I NDEX . 595

Crease recovery angle

Crimp behaviour

Crossl inking

Crystal l ine size

Crysta l l i n i ty

Cycloidal cam

Dacron polyester

Decrimping

Die slot

Die swell

Dielectric barrier discharge

Di fferential design

Dimethylol di hydroxyl ethylene u rea

Draft ing

Drafting uni t

Drarting wave

Drape

Dref- 1 I 1 yarn

Drug deli very

Drug release

Durable press fin ishing

Dyeing

Dyneema®

Easy-care fi nish

Electromagnetic i nduction shielding

Electronic tex ti lc

Elcctrospinning

Elongation

Elongation-at-break

Engineering design

Enzymatic softening

Essentia l o i l

Exhaust dyeing

444

267

363.548

548

548

465

573

267

24 1

24 1

432

1 42

470

256

302

529

3 1 3

286,302

4 1

543

470

450,474.559

376

444

1 70

1 70

4 1

298

279

40 1

565

72

450

Fabric 52, 1 25 . 1 34. 1 42 . 1 77.309.3 1 3 .320. 330.339.40 1 .4 1 5 .432.444.470,

Fabric engineering

Fabric manu facLUring

Factorial design

Feed ratio

Felts

489.50 1 .507.573,580

489

1 25

342

5 1 5

553

Fibre 1 5 ,29,4 1 ,248,256,262,267.274. 293,309,33 5,387,4 7 4,496,507.

5 1 5 ,529.537.548.553.583

Fibre migration 38 1

Fibre optic panel 577

Fibre qual i ty 346

Fi lament ovcrfeed ratio 460

Finishing 426,444,470

Flame retardant fabric 330

Fleece fabric 4 1 5

Flexural modulus 335

Flexural strength 335

Floating fibre 529.256

Fluorocarbon coat ing 99

Formab i l i ty 496

Frequency relative picking 248

Friction 444

Friction spinning 286

Frictional softness 565

Functional characteristics 387

Function-focus fibrous product 1 50

Fuzzy logic 50 I

Gas barrier property

Ginning

Glow discharge plasma

Hair removal

Hal f cardigan

Hand knotted carpet

Hand made ICit

H ,1I1d Ie characterist ics

Heald frame

Heat transfer property

Hemice l lu lose

H igh performance polyethylene

H ighest standard count

Hookean region

Hosiery yarn

Hydrocarbon coating

Hydrogen peroxide

Hydrophi l ic treatment

. I l luminated cloth ing

I n laid perform

202

369

83

565

409

426

553

496

467

4 1 5

274

376

583

267

565

99

588

99

577

422

596 INDIAN J. FIBRE TEXT RES., DECEMBER 2006

Ionic crossl inking 363 Meshincss index 267.274

Metallic salts 474

Jute 267.422 Microencapsulation 72

Jute hessian fabrics 580 MJS yarn 496

Jute reeds 274 Mordanting 559

Multi-criteria decision making 248

Kapas 369 Multiphase weaving 1 25

Kinetic friction 444 Murata air-jet spinning 5 1 5

Knitted fabric 330,339.4 1 5 ,507

Knitted loops 409 Nano fini shes 1 87

Knitting 422 N ano-Care ™ 1 87

Knottage 426 Nanocoatings 202

Kohonen neural network 583 Nanocomposile 1 5 .202

Nanofibre 4 1

Layered si l icate nanocomposite 202 Nanosphere™ 1 87

Lay-up angle 422 Nanotube 29.4 1

Lignin 274 Natural dye 474

Lignocellu losic fibres 537 Natural fibrc composite 335

Lint 369 Neps 279

Load cycl ing 267 Neural network 1 60.40 1 .489.439.583

Load-extension behaviour 309 Nonwoven 72.2 I 5.432

Loom 1 25 .467 NozzleRing 52 1

Loop length 409 N-substituted acrylamide 52

Lotus effect™ 1 87 Nylon-6 83

Low temperature bleaching 588

Low-stress mechanical properties 40 1 Ocimllm sanC/1I111 474

Lyocell 507 Oleophobic treatment 99

Open-end spinning 1 1 6

Main draft 5 1 5 Organoclay 1 5

Mannequin leg 2 1 5 Overfeed ratio 460

Mass CV% 279

Mass transfer property 4 1 5 Padding bandage 2 1 5

Material design 1 42 Parachute fabric 309

Matrix R 439 Percentage cover 52

MCU-5 cotton 346 Permeabi l i ty 4 1 5

Mean fibre position 38 1 Phase change material 72

Mean migration intensity 38 1 Photo-catalytic 1 87

Mean torsional rigidity 409 Physical properties 298

Mechanical properties 40 1 .422 Picking period 346

Mechanical relaxation 339 Pigment dyeing 450

Mcdical textile 2 1 5 Pile height 426

Melt extrusion 24 1 Pile length 50 1

Melt-blown polybutylene 432 Pil l ing 507

terephthalate nonwovens Plain knitted fabric 339

Plasma d iagnostics

Plasma polymerization

Plasma treatment

Pl ied yarn

Ply twist factor

Ply twisting

Ply yarn

Pneumatic spi nning

Pneumatic yarn

Polyamide

Polybulylene terephthalate nonwovens

Polyester

Polyester/collon blend

Polyester/collon fabric

Polyester/coli on yarn

Polyester/viscose blend

Pol yester/viscose fabric

Polyester/viscose yarn

Polyester/wool blend

Polyethylene

Polyethylene glycol

Polymer

Polymer nanocomposite

Polymer/carbon nanotube composi te

Polymeric nanocomposite

Polymerization

Polymethyl methacrylate

Polyurethane

Polyurethane/clay nanocomposite

Prediction error

Press finish

Pressure distribution

Pressure mapping

Principal component analysis

Printing

Prosthesis

Protective garment

Pull-out behaviour

?lIllica grallallllll

Quasi-Newton optimization method

A NNUAL I N DEX

432

99

83

293,394

293

59 1

279

387

38 1

507

432

83.298.302.335 .387.52 1 . 537,577,309,5 1 5

3 1 3

496

279

40 1

489.496

279.5 1 5

286

24 1 .376

470

52

202

29

1 5

99

577

66.474

202

40 1 .489

470

2 1 5

2 1 5

1 60

320

573

577

580

5 59

565

R M S deviation

Radial basis function

Ramie fibre

Random picking

Reverse engineering

Rib knit

R ice straw

R i ng flame parameter

R ing frame

Ring p l ied yarn

Ring spinning

Ring twist ing

R i ng-spun yarn

Rubbing force

Sateen weave

Scaffolds

Sci f-cleani ng fabric

Sensors

Shapc memory polyurethane

Sheath-core ratio

Shedding cam

Shrinkage

Shullieless loom

Si l icone softener

S i lk

S i mple harmonic cam

S imple harmonic motion

S ingle yarn

Sizing

Sman cloth ing

Small text i le

Sodium periodate

Spacer

S peci fic work of adhesion

S pectra® fibre

Speed change point d i stribution

S pindle speed

Spinning

Splining resistance

Spreading coefficient

Spun yarn

S pun yarn technologies

597

38 1

40 1 .489

548

248

489

422

335

342

529

293

1 1 6,387.52 1

394

3 1 3 .293 .460.496

507

577

4 1

1 87

1 70

66

286

465

339

1 25

444

559

465

467

279

1 25

66

52

543

529

262

309

256

342

1 5 .4 1 . 1 1 6. 1 50.248.286. 387.5 1 5 ,52 1 ,537

553

262

293,298,3 1 3 ,38 1 .460.496.52 1

1 1 6

598

Static charge dissipation

Static friction

Stimuli-sensitive polymer

Structural characteristics

Structural integrity

Structural mechanics

Structure-property relationship

Subjective evaluation

Submunitions

Suiting fabric

Super hydrophobicity

Surface modification

Swirling

Temperature stimulating

Temperature-sensitive fabric

Tenacity

Tensile properties

Tensile strength

Tension mechanism

Tetraacetylethylencdiamine

Tetracycline hydrochloride

Textile circu it

Textile perform

Textile specialty technologies

Thermal conductivity

Thermal insulation

Thermo-physiological comfort

Three dimensional weaving

Tissue engineering

TOPSIS method

Torsional rigidity

Traditional fibrous products

Transfer printing

Transformed reflectance functions

Traveller mass

Trilobal polyester fibre

Tubular fabrics

Twill weave

Twist level

Twist l ivel iness

INDIAN J . FIBRE TEXT. RES , DECEMBER 2006

1 70 Twist multipl ier 342

444 Twist of cohesion 342

52 Twisting 286,293,394.59 1

387 Twisting method 394

302 Twistless spinning 1 1 6

1 34 Two-for-one twisting 293.394

489 Two-ply yarn 279

426

309 Ultrasonic wave 339

40 1 ,489 Vegetable fibrcs 262

1 87 Vcnous Icg ulcer 2 1 5

432 Viscose/polyester blend 40 1

5 2 1 Viscose/polyester fabric 489,496

66 Viscose/polyester yarn 279.5 1 5

52

394 Wale spacing 409

302,376 Warp density ' 309

298,553 Water vapour permeabi l ity 66, 1 77,4 1 5

3 8 1 Weaving 1 25 ,465,467,573,577

588 Wcft insenion 1 25

543 Wet transfer printing 320

1 70 Welling characteristics 262

422 Whiskers 1 87

1 42 Wicking 3 1 3,4 1 5

4 1 5 Wool 426,439.553 .559

1 77,3 1 3 Wool/polyester blend 286

1 77 Woven construction 1 25

573 Wovell I�lbric 1 77

4 1 Wrap spinning 1 1 6

248 Wrapper fibre 293,387,496,5 1 5

409 Wrinkle recovery 363

1 50 Yarn 52, 1 34, 1 50, 1 60, 1 77,279,286.293,298,

320 302,3 1 3,342,38 1 ,387,394,409.460,

439 496,50 1 ,5 1 5 ,537,543 ,565,580,59 1

342 Yarn count 50 1

496 Yarn engineering 1 50

573 Yarn hairiness 279,394,52 1

577 Yarn imperfections 279

50 1 Yarn strength 376

293 Yarn structure 1 50

ANNUAL INDEX 599

Author Index

Abdessalem S Bcn 573 Dinesh K 422

Afshari Mehdi 470 Doke S S 583

Agrawal Ashwini K 52,83 Durand B 573

Amcri F 439 EL-Hi lw Z H 320

Anand S C 2 1 5 Elmogahzy Yehia 1 50

Anbumani N 342 EL-Molla Mohamed M 320

Ani l Kumar M 335 EL-Sayad H S 320 Ashok Kumar L 577

Faez K 439 llancrjec Kushan 202

Baneljee P K 1 25,409 Ganesan S 3 8 1

Banwari Bhawna 3 1 3 Gao Qiu 432

Basu Ari ndam 279 Ghosh Ani ndya 342

Behera B K 40 1 .489 Ghosh Tushar 1 70

Bhat P 409 GiriDev V R 422,543

Bhatia S K 52 1 Gokarneshan N 342

Bhattacharya Sal i l Kumar 465,580 Gotipamul Raj anna L 279

Bhattacharya Subhash Chandra 559 Gulrajani M L 1 87

Bhattacharyya S 302 Gunesoglu S inem 4 1 5

Bhaumik S 450 Guoming Ye 467

B i lgcn M 363 Gupta N P 426.553

Boh Bojana 72 Harmandeep Kaur 450

Candan C 330 Hauser P 363

Ceven E K 50 1 Hearle J W S 1 34

Chae Han Gi 29 Hebeish A 320

Chakfe N 573 Hegemann Dirk 99

Chakraborty A soke Kumar 580 Holme I 444

Chatteljee S M 302 Hongliang Guo 467

Chattopadhyay R 1 60 Hu J L 66

Chattopadhyay R 286 Hussain Mohammad Munim 41

Cheng Ren-zhe 256 Jassal Manjeet 52,83

Coli L 387 Jeddi A l i A A 339

Dagkurs L 50 1 Joshi M angala 202

Das Debasish 559 Kalaoglu F 394

Das Kisalay 465 Kasem M 387

Das Manoj 588 Ki mmel L B 376 Davics P J 24 1 Knez Emi l 72

Dayioglu H 330 Korkmaz M 507

Delhom C D 376 Kothari V K 1 77 .267.274.52 1

Dhawan Anuj 1 70 Krishnan A N Sai 577

Dhurai B haarathi 565 Li Wenbin 548

600 I N DIAN l. FIBRE TEXT. R ES .. DECEMB ER 2006

Madhusoodhanan P 496 RaLna Prasad A V 335

MadhusooLhanan M 543 Rawa! A 24 1

Mahish SudipLa S 3 ! 3 Reddy Narendra 537

Majumdar Abhij i t 248 Rengasamy R S 52 1

Majumdar Prabal Kumar 248 Riva A 387

Malik S K 588 Samaj pati Soma 262 Masoumi Zohreh 470 Samanta Kartiek 83 Matsuo Tatsuki 1 42 Sardag S 394 Maulik Sankar Ray 559 Sarkar B ijan 248 Mazumdar P K 302 Satish Kumar 29 McAlister I I I David D 537 Save N inad S 52 Merie B i naz 4 1 5 Sawhney A P S 376 M itra Tavakoli 470 Sci van M Tamil 346.)69 Mohamadi V 339 Sengupta A K 267.274 Mokhtar S 573 Sengupta Suraj i t 262 Mondal S 66 Shakyawar D B 426,553 Moradian S 439 Shanmugam N 583 Mutlagi S B 4 0 1 .489 Shanmugasundaram 0 L 543

Nataraj an V 565 Si ngh R K 267.274

Neelakandan R 543 Sinha S K 286

Norouzifar Maryam 470 Smith B 363

Onal L 309.507 Subramaniam V 342

Oxenham W 1 1 6 Subramanian S 529

Ozean G 330 Talebpour F 444

Ozdemir O 394,50 1 Tehran M A mani 439

Palaniswamy N K 59 1 Thakare Vi kas 202

Patel B H 474 Tyagi G K 293 .496.5 1 5

Patel P B 474 Utraeki L A 1 5

Patnaik Asis 52 1 Varshney R K 267.274

Patni P C 426,553 Venkataehalam A 577

Patra A K 450 Viswarajasekaran V 298

Peer Mohamed A 529 460

Prasanth R 202 Wang S hanyuan

Xianping Feng 432

Punj S K 3 1 3

X i aol iang Tang 432 Raghulan M B 422

Xu Wei l i n 548 Raghunathan K 298,346,369,422

X ue Yuan 460 Rajendran S 2 1 5

Yang Yiq i 537

Rajkumar G Suseela 543

Ramakrishnan G 38 1 Yao l ie 256

Ramkumar S S 4 1 Ye Guo-ming 256

Rao K Mohan 335 Zhang Haix ia 460

Rao K M url i Mohan 335