Table Of Content

SUBJECT INDEX Adhesion, p. 20 Environmental protection laws, p. 117 Adhesives —aliphatic or aromatic, Environmentally friendly laminating, p. 107 p. 250 Air emissions, pp. 117, 230 Ethylbenzol, p. 162 Air permeability, pp. 51, 244 EU-directives environment, p. 117 Alpha-Lite, p. 244 EU-legislation environment, p. 117 Antimony oxide, p. 10 Extension, p. 20 Anti-wicking properties, p. 94 Failure, p. 129 Architectural end-uses, p. 94 Finger-like layer, p. 298 Artificial leather, p. 298 Flame laminating, p. 250 ASTM E-84, 10 Fluorescent markings, p. 2 Automotive airbag, p. 244 Foam, p. 51 driver side, p. 244 Foamcoating, p. 162 passenger side, p. 244 4-Phenylcyclohexen, p. 162 Automotive body cloth, p. 250 4-Vinylcyclohexen, p. 162 Breathability, p. 51 Fracture, p. 129 Calendering, p. 244 Graft technology, p. 244 California TB-133, p. 10 Hazardous materials, p. 313 Capillarity, p. 94 High coating adhesion, p. 94 Carpet backcoating, p. 162 High density wovens, p. 51 CCC-W-4080, p. 10 High performance composites, p. 313 Coagulation curve, p. 298 Hotmelt laminating, p. 250 Coated industrial fabrics, pp. 77, Hotmelt-screenprint process, p. 191 94, 107 Improved polyester fibre, p. 94 Coating and laminating equipment, Infrared, p. 278 p. 40 Laminates, pp. 51, 322 Coating application processes, p. 40 Leg tear, p. 20 Coatings, p. 51 Life-cycle design, p. 117 Composite, p. 129 Mass transfer, p. 322 Crack, pp. 129, 298 MEA numbers, p. 10 CT-IV, p. 51 Microfiltration, p. 183 Cure systems, p. 278 Microorganism attack, p. 77 Curing, pp. 162, 278 Microperm, p. 244 Deterioration, p. 77 Microstructure, p. 298 Discolorations, p. 77 Neoprene, p. 244 Disposability, p. 117 Nitrosamins, p. 162 DOS numbers, p. 10 Nonsolvent, p. 298 Drying systems, p. 278 Nonwoven laminates containing Emission, p. 162 cotton, p. 60 Environment management systems, Nonwoven laminates for medical p. 117 applications, p. 60 Environmental legislation, p. 117 Nutrient sources, p. 77 346 SUBJECT INDEX Adhesion, p. 20 Environmental protection laws, p. 117 Adhesives —aliphatic or aromatic, Environmentally friendly laminating, p. 107 p. 250 Air emissions, pp. 117, 230 Ethylbenzol, p. 162 Air permeability, pp. 51, 244 EU-directives environment, p. 117 Alpha-Lite, p. 244 EU-legislation environment, p. 117 Antimony oxide, p. 10 Extension, p. 20 Anti-wicking properties, p. 94 Failure, p. 129 Architectural end-uses, p. 94 Finger-like layer, p. 298 Artificial leather, p. 298 Flame laminating, p. 250 ASTM E-84, 10 Fluorescent markings, p. 2 Automotive airbag, p. 244 Foam, p. 51 driver side, p. 244 Foamcoating, p. 162 passenger side, p. 244 4-Phenylcyclohexen, p. 162 Automotive body cloth, p. 250 4-Vinylcyclohexen, p. 162 Breathability, p. 51 Fracture, p. 129 Calendering, p. 244 Graft technology, p. 244 California TB-133, p. 10 Hazardous materials, p. 313 Capillarity, p. 94 High coating adhesion, p. 94 Carpet backcoating, p. 162 High density wovens, p. 51 CCC-W-4080, p. 10 High performance composites, p. 313 Coagulation curve, p. 298 Hotmelt laminating, p. 250 Coated industrial fabrics, pp. 77, Hotmelt-screenprint process, p. 191 94, 107 Improved polyester fibre, p. 94 Coating and laminating equipment, Infrared, p. 278 p. 40 Laminates, pp. 51, 322 Coating application processes, p. 40 Leg tear, p. 20 Coatings, p. 51 Life-cycle design, p. 117 Composite, p. 129 Mass transfer, p. 322 Crack, pp. 129, 298 MEA numbers, p. 10 CT-IV, p. 51 Microfiltration, p. 183 Cure systems, p. 278 Microorganism attack, p. 77 Curing, pp. 162, 278 Microperm, p. 244 Deterioration, p. 77 Microstructure, p. 298 Discolorations, p. 77 Neoprene, p. 244 Disposability, p. 117 Nitrosamins, p. 162 DOS numbers, p. 10 Nonsolvent, p. 298 Drying systems, p. 278 Nonwoven laminates containing Emission, p. 162 cotton, p. 60 Environment management systems, Nonwoven laminates for medical p. 117 applications, p. 60 Environmental legislation, p. 117 Nutrient sources, p. 77 346 Permalight, p. 2 Technical textiles, pp. 117, 138 Photoluminescent fabric-backed Ternary diagram, p. 298 vinyl, p. 2 Textile coatings, p. 152 Photoluminescent markings, p. 2 Textile printing, p. 152 Pittsburgh toxicity test, p. 10 Textile waste disposal, p. 117 Plasticizers, p. 77 Thermal conductivity, p. 51 Pollution abatement, p. 230 Thermo-physiological, p. 51 Polyurethane film, p. 298 Trapezoidal tear, p. 20 Porous film, p. 298 Tufted carpets, p. 162 Precipitation curve, p. 298 UBC-42-2, p. 10 Protective clothing, pp. 2, 313 Ultrafiltration, p. 183 PVC-coated polyester fabrics, p. 20 UV-curing, p. 152 Radiation curable coatings, p. 40 UV-inks, p. 152 Recycling of waste fibers, p. 117 Vinyl wallcovering, p. 10 Reevair, p. 244 Volatile organic solvents, p. 117 Reflective markings, p. 2 Waste management, p. 117 Residual monomers, p. 162 Waste minimization, p. 230 Screen technology, p. 51 Water-based backcoatings, p. 210 Semipermeable membranes, p. 322 Water impermeability, p. 51 Silicone, p. 244 Water vapor diffusion, p. 322 Skin layer, p. 298 Water vapor permeability, p. 51 Skin model test, p. 51 Whiteness degree, p. 107 Slotted distribution system, p. 51 Yellowing, p. 107 Spin finish, p. 77 Yield-tensile strength-coated, p. 20 Sponge-like layer, p. 298 Yield-tensile strength-loomstate, p. 20 Styrene, p. 162 Zinc borate, p. 10 Synthetic latex, p. 162 AUTHOR INDEX Augustus,J. , p. 183 Gosavi, N., p. 60 Barden, B. L., p. 10 Greer, R., pp. 40, 287 Bez, W., p. 162 Harris, D., p. 210 Carroll, T. R., p. 313 Holweg, R., p. 152 Charmchi, M., p. 322 Hopkins, J., p. 250 Chu, C., p. 298 Kannekens, A., p. 51 Damewood, J., p. 244 Kendrick, C., p. 322 Dean,J . F., p. 230 Kennedy, T. C., p. 129 Duckett, K. E., p. 60 Krijnen, E., p. 152 Eichert, U., pp. 20, 77, 94, 107 Mao, Z., p. 298 Gantenbein, W., p. 278 Marsman, M.., p. 152 Gibson, P., p. 322 Nemoz, G., p. 138 Gleaves, R. J., p. 230 (continued) 348 (author index continued) Smith, W. C., p. 203 Rathi, S. C., p. 298 Sotton, M., p. 138 Rivin, D., p. 322 Stelling, P., p. 40 Shishoo, R. L., p. 117 Wadsworth, L. C., p. 60 Sicuranza, L., p. 322 Welter, C., p. 191 Simpson, U., p. 2 Yan, H., p. 298