SUBJECT INDEX Acrylic copolymer, p. 442 Corrosion, p. 407 Advanced tactical aircraft, p. 232 Cotton upholstery fabric, p. 350 Asphyxic fire effluents, p. 109 alkali metal ions, p. 350 Atmosphere toxicity, p. 195 flammability, p. 350 Atomic oxygen resistance, p. 137 smoldering ignition, p. 350 Atria smoke problem, p. 329 Cyanide, p. 195 Atrium fire, p. 3 Cyclophosphazenes, p. 320 Calculated LOI, p. 137 Degradation kinetics, p. 156 Capillary gas chromatography, Delayed-onset mortality, p. 109 p. 394 Diesel fuel, p. 242 Carbon gasification, p. 407 DIN 53436 combustion method, Carbon monoxide, p. 394 p. 109 Carbon vapor combustion, p. 407 Electrical arc apparatus, p. 407 Carboxyhemoglobin, pp. 195, 394 Electrical arc combustion, p. 407 Casuarina littoralis, p. 131 Engineering plastics, p. 371 Char residue, p. 66 External radiation, p. 308 Chlorotrifluoroethylene (CTFE), Extinction index, p. 131 p. 232 FED model, p. 109 Chromium chloride, p. 184 Fire, pp. 210, 242, 255 Cigarette ignition test, p. 52 extinguishing agents, p. 242 Clashing conductors, p. 80 growth, p. 172 CO generation, p. 407 Halon/composite, p. 421 Combat vehicles, pp. 232, 242 propagation, p. 87 Combustion efficiency, p. 407 propagation index, p. 421 Combustion toxicology, pp. 109, retardant materials, p. 66 485,512 testing, p. 271 Compartment fires, p. 172 zone models, pp. 3, 329 Composites, pp. 255, 271, 296, 308, Flame 407, 421 extinction, p. 407 anisotropy, p. 66 instability, p. 407 armor, p. 147 resistance, p. 147 combustion behavior of, p. 421 retardant materials, pp. 320, 442 combustion products, p. 421 retardant matrix, p. 147 fiber, p. 147 retardant plasticizers, p. 66 flame spread of , p. 421 spread and dripping, pp. 66, 287, flexural modulus, p. 255 308, 421 high performance, p. 66 Flammability, pp. 66, 210, 271, high temperature, p. 271 287, 296, 308, 407 residual strength, p. 255 Flammability apparatus, p. 407 short kevlar fiber, p. 66 Forest fires, p. 80 Spectra*, p. 147 Forest litter, p. 80 standard testing of, p. 421 Glass/vinyl ester, p. 255 structural performance, p. 255 Halogen-containing polymers, p. 66 thermal profile, p. 255 Halon 1301, p. 407 Cone calorimeter, p. 296 htmlinued) 553 554 Index Subject Index (tuntiniicili Poly(para-phenylene- Heat release rate, pp. 87, 308, 407 benzobisoxazole) (PBO), pp. 156, Hot spot, p. 80 296 Hydraulic fluid, p. 242 Polyphenylene oxide, p. 371 nonflammable, p. 232 Poly(phosphazenes), p. 320 type C, p. 394 cyclolinear, p. 320 Hydrocarbon generation, p. 407 cyclomatrix, p. 320 Hydrogen chloride (HCl), pp. 459, Polyurethane foam, p. 87 485, 512 Polyvinyl chloride (PVC), pp. 485, acute effects, pp. 459, 485, 512 512 long-term effects, pp. 459, 485, acute effects, pp. 485, 512 512 long-term effects, pp. 485, 512 pulmonary function, pp. 459, 485, pulmonary function, pp. 485, 512 512 respiratory response, pp. 485, 512 respiratory response, pp. 459, Powder packs, p. 242 485, 512 Primaset™ resin, p. 147 Ignition propensity, pp. 52, 131 Pyrolysis, p. 287 Interliners, p. 87 Radiant flux, p. 87 Irritant Are effluents, p. 109 Radiant heating, p. 271 Kapton®, p. 156 Refractory coating, p. 147 LCso-determination, p. 109 Respiratory minute volume, p. 394 Liquid crystal polymer, p. 296 Room fires, p. 172 Magnesium hydroxide, p. 147 Sensory irritants, p. 394 Manganese chloride, p. 184 Siloxane-epoxies, p. 137 Mass optical density, p. 421 Smoke Mathematical CO-loading model, density, p. 66 p. 394 extraction design, p. 329 Mathematical modeling, pp. 109, filling and extraction, pp. 3, 329 172 generation, p. 147 Metal filled organic coatings, p. 371 spread, p. 172 Mist fireball explosion, p. 242 toxicity, p. 172 Modified polyphenylene oxide Spectra* armor, p. 147 (m-PPO), p. 210 Surface effects, p. 131 Molten copper, p. 80 Synergistic/additive toxicity, p. 109 MTL torch flame test, p. 147 TGA/FTIR, pp. 156, 184 NO FIRE* refractory coating, Thermal conductivity detector, p. 147 p. 394 OSU calorimeter, p. 87 Thermal degradation, pp. 156, 184, Oxygen index, pp. 66, 271, 442 350, 394 Oxygen plasma resistance, p. 137 Thermal ignition, p. 80 Polyacrylonitrile, p. 442 Thermal response parameter, burning rate, p. 442 p. 421 limiting oxygen index, p. 442 Thermogravimetric analysis, p. 66 presse*! powder, p. 442 Thermo-oxidative degradation, Poly(arylene ether phosphine p. 156 oxidels, p. 137 Thermoplastic polyurethane, p. 66 Polycarbonate, p. 371 Tbrch flame test, p. 147 Polyimide-siloxanes, p. 137 Tbxic gas generation, pp. 147, 195 Poly(methyl methacrylate), p. 184 Upholstery fabrics, pp. 87, 350 Index 555 Wetting agents, p. 131 Zinc borate, pp. 210, 371 Zinc, pp. 210, 371 Zinc oxide, p. 371 AUTHOR INDEX Allen, C. W, p. 320 Li, H. L., p. 147 Anzueto, A., pp. 459, 485, 512 Macaione, D. R, p. 421 Bates, S. C., p. 271 Mittleman, M. L., p. 184 Beck, C., p. 255 Morikawa, T., p. 195 Beer, R. S., p. 184 Morton, M. J., p. 52 Benrashid, R., pp. 210, 371 Nando, G. B., p. 66 Brown, J., p. 308 Nelson, G. L., pp. 210, 371 Chin, H. R, p. 147 Nestor, T. B., p. 52 Chow, W. K., pp. 3, 329 Nielsen, C. A., p. 156 Cleary, T., p. 308 Ohlemiller, T, p. 308 Connell, J. W., p. 137 Okada, T., p. 195 Daenens, P, p. 394 Phuluhn, J., p. 109 Dapp, T., p. 255 Pierini, R, pp. 156, 296 Delichatsios, M. A., p. 287 Polyanski, S., p. 242 Perm, D. J., p. 210 Prevorsek, D. C., p. 147 Finnerty, A. E., p. 242 Reznichenko, J., p. 350 Fuh, S., p. 156 Sato, K., p. 195 Gallagher, J. A., p. 87 Shields, J., p. 308 Gee, J. W., p. 52 Smith, J. G., Jr., p. 137 Hall, M. E., p. 442 Solomon, P. R., p. 271 Hergenrother, P. M., p. 137 Song, Z., p. 350 Hinderer, R. K., pp. 459, 485, 512 Sorathia, U., p. 255 Horrocks, A. R., p. 442 Switzer, W. G., pp. 459, 485, 512 Hughes, K. C., p. 131 Tewarson, A., pp. 407, 421 Jang, K. O., p. 350 Tbwnsend, D. E., p. 52 Jones, J. C., pp. 80, 131 Turner, M. J., p. 131 Jones, W. W., p. 172 Van Brocklin, C., p. 232 Kaplan, H. L., pp. 459, 485, 512 Van Dam, J., p. 3M Khan, M. M., p. 407 Wessling, R., p. 296 Kim, P. K., p. 296 Wilkie, C. A., p. 184 Kutty, S. K. N., p. 66 Wong, W. K., pp. 3, 329 Kwon, Y. D., p. 147 Yanai, E., p. 195 Lem, K. W, p. 147 Yeh, K., p. 350 Leone, J. T., p. 184 Zhang, J., p. 442 Lewis, L. S., p. 52