Table Of Content

SUBJECT INDEX ABS/PVC, p. 160 appliance, p. 115 Acid blocker, p. 66 CFC-11, p. 584 Amine catalyst, p. 130 demold time, p. 66 Amine fugitivity, p. 66 discoloration, p. 160 ASTM, p. 284 dual blown, p. 200 Athletic shoes, p. 24 embrittlement, p. 160 Automotive moulding, pp. 149, 219, emulsion, p. 486 258 flexible, pp. 130, 258, 284 Bisdimethylaminoethyl] ether, p. 360 flow, pp. 66, 219 Blowing agents, pp. 268, 486, 571, heat resistance, pp. 200, 316 584 heat transfer, p. 571 Blowing reaction, p. 360 high performance, p. 284 Carbon dioxide, pp. 36, 100 high resiliency, pp. 48, 360 Catalyst hot cure, p. 130 amine, p. 130 HR, pp. 130, 149, 284 amine-free, p. 160 insulation, pp. 36, 268, 472, 571 characterization, p. 360 isotropy, p. 316 delayed action, p. 66 mass transfer, p. 268 force-to-crush values, p. 66 MDI-based, pp. 48, 115, 258 non-corrosive, p. 66 microcell, p. 115 polyurethane, p. 360 model, p. 360 processing, p. 160 molded, p. 66 study, p. 219 non-CFC, pp. 130, 200, 258, 472 CFC-free polyurethane, pp. 200, 258, oxazolidone-isocyanurate, p. 316 472 polyurethane, pp. 36, 100, 115, CFC replacement, pp. 36, 100 175, 284, 330, 472, 486, 584 Chlorofluorocarbon alternates, reduced CFC, p. 472 p. 115 rigid, pp. 36, 100, 175, 472, 486, Chlorofluorocarbons, p. 48 584 Combustion toxicology, p. 330 rise profile, p. 66 Diffusion coefficients, p. 268 slabstock, p. 66 District heating, p. 200 softening, p. 284 DMS (dynamic mechanical solubility, p. 268 spectroscopy), p. 36 staining, p. 160, 219 DOI (distinctness of image), p. 14 structural, p. 316 Drager tube, p. 66 structure of, p. 160 Dual blown systems, p. 200 TDI-based, pp. 115, 258 Fatigue, p. 284 thermal conductivity, pp. 100, 115, Flakeglass, p. 14 571 Foam water blown, pp. 36, 130, 200, 316 adhesion, p. 100 Fogging, p. 160 aging, pp. 160, 268 Footwear, p. 24 596 SUBJECT INDEX ABS/PVC, p. 160 appliance, p. 115 Acid blocker, p. 66 CFC-11, p. 584 Amine catalyst, p. 130 demold time, p. 66 Amine fugitivity, p. 66 discoloration, p. 160 ASTM, p. 284 dual blown, p. 200 Athletic shoes, p. 24 embrittlement, p. 160 Automotive moulding, pp. 149, 219, emulsion, p. 486 258 flexible, pp. 130, 258, 284 Bisdimethylaminoethyl] ether, p. 360 flow, pp. 66, 219 Blowing agents, pp. 268, 486, 571, heat resistance, pp. 200, 316 584 heat transfer, p. 571 Blowing reaction, p. 360 high performance, p. 284 Carbon dioxide, pp. 36, 100 high resiliency, pp. 48, 360 Catalyst hot cure, p. 130 amine, p. 130 HR, pp. 130, 149, 284 amine-free, p. 160 insulation, pp. 36, 268, 472, 571 characterization, p. 360 isotropy, p. 316 delayed action, p. 66 mass transfer, p. 268 force-to-crush values, p. 66 MDI-based, pp. 48, 115, 258 non-corrosive, p. 66 microcell, p. 115 polyurethane, p. 360 model, p. 360 processing, p. 160 molded, p. 66 study, p. 219 non-CFC, pp. 130, 200, 258, 472 CFC-free polyurethane, pp. 200, 258, oxazolidone-isocyanurate, p. 316 472 polyurethane, pp. 36, 100, 115, CFC replacement, pp. 36, 100 175, 284, 330, 472, 486, 584 Chlorofluorocarbon alternates, reduced CFC, p. 472 p. 115 rigid, pp. 36, 100, 175, 472, 486, Chlorofluorocarbons, p. 48 584 Combustion toxicology, p. 330 rise profile, p. 66 Diffusion coefficients, p. 268 slabstock, p. 66 District heating, p. 200 softening, p. 284 DMS (dynamic mechanical solubility, p. 268 spectroscopy), p. 36 staining, p. 160, 219 DOI (distinctness of image), p. 14 structural, p. 316 Drager tube, p. 66 structure of, p. 160 Dual blown systems, p. 200 TDI-based, pp. 115, 258 Fatigue, p. 284 thermal conductivity, pp. 100, 115, Flakeglass, p. 14 571 Foam water blown, pp. 36, 130, 200, 316 adhesion, p. 100 Fogging, p. 160 aging, pp. 160, 268 Footwear, p. 24 596 Index Force deflection diagram, p. 24 Polyurea, p. 14 FTIR, p. 36 Polyurethane Gelling reaction, p. 360 catalysts, p. 360 HCFC foam, p. 584 CFC-free, pp. 200, 472 physical properties of, p. 100 foam, pp. 36, 115, 175, 219, 284, 123, p. 100, 115, 175, 268, 472 330, 472, 486, 584 141b, pp. 100, 115, 268, 472 smoke toxicity, p. 330 142b, p. 100 systems, p. 200 22, p. 100 PVC, p. 160 1,1,1,4,4,4 hexafluorobutane, p. 584 PVC/PU interaction, p. 160 HR foam, pp. 130, 149, 284 Roller shear, p. 284 Instrument panels, p. 219 RRIM, p. 14 Insulation Sandwich panels, p. 100 foam, pp. 36, 268, 472, 571 SAXS, p. 36 gas permeation, p. 268 Silicone, pp. 175, 472 pipe, p. 200 Static fatigue, p. 284 thermal, p. 36 Stress relaxation, p. 284 James friction test, p. 24 Surfactants, pp. 175, 472 Maze mold, p. 66 Taber abrasion test, p. 24 MDI flexible automotive foams, TDI isocyanate, p. 258 pp. 48, 258 Thermal mechanical analysis, p. 200 Mica, p. 14 Triethylenediamine, p. 360 Pentane, p. 100 Ultracel, p. 284 Perfluoroalkanes, p. 486 UV stability, p. 24 Polymer morphology, p. 36 Water blown systems, pp. 36, 130, Polyols, pp. 149, 200 200, 316 AUTHOR INDEX Apen, P. G., p. 557 Frigo, R., p. 100 Arai, S., p. 130 Frisch, K. C., p. 316 Banuk, R., p. 316 Gerkin, R. M., p. 66 Bergianti, G., p. 48 Glicksman, L. R., pp. 268, 571 Bodnar, T. W., p. 472 Grunbauer, H. J. M., p. 36 Brock, M., p. 258 Hager, S. L., p. 284 Broennum, Th., p. 200 Hartzell, G. E., p. 330 Broos, R., p. 48 Hatano, S., p. 149 Christfreund, A., p. 160 Hayashida, S., p. 149 Colvin, B. G., p. 219 Herrmann, M., p. 258 Craig, T. A., p. 284 Hunter, L., p. 316 Curtin, M. M., p. 536 Huygens, E., p. 160 Desnier, M.-C., p. 511 Jeffs, G. M. F., p. 100 Doerge, H. P., p. 115 Klempner, D., p. 316 Eling, B., p. 160 Koch, J. J., p. 472 Elwell, R., p. 48 Kozawa, S., p. 149 Fis, J., p. 175 Kresta, J. E., p. 316 Folmer, J. C. W., p. 36 Kunii, N., p. 149 Franyutti, S., p. 24 (continued) 598 Index Author Index (continued) Sendijarevic, A., p. 316 Lamberts, W. M., p. 584 Sendijarevic, V., p. 316 Lekovic, H., p. 316 Sewell, R., p. 48 Letts, J. B., p. 66 Takeyasu, H., p. 149 Listemann, M. L., p. 360 Thoen, J. A., pp. 36, 48 Lowe, D. W., p. 130 Thornsberry, J. D., p. 472 Marge, A., p. 571 Torpey, M., p. 571 Martineau, P., p. 66 Tyler, F. S., p. 536 Mathys, B., p. 100 van Lieshout, H. C., p. 36 Okuzono, S., p. 130 Volkert, O., p. 486 Page, M. C., p. 268 Wilkinson, D. L., p. 536 Pedroni, L., p. 48 Williams, G. D., p. 24 Pellacani, L., p. 48 Williams, J. M., p. 557 Rosbotham, I. D., p. 100 Wolf, K. D., p. 258 Sanns, F., Jr., p. 14 Wressell, A. L., p. 360 Savoca, A. C., p. 360 Yasuda, N., p. 149 Schiffauer, R., p. 511 Yoshimura, H., p. 130 Schneider, H. G., p. 258 Statement of Ownership Management and == Circulation