Table Of Content

SUBJECT INDEX ABS, p. 14 test methods, pp. 109, 134, 155, Alkaline metal ions, p. 357 175, 196 ASTM D09.21.70, pp. 109, 134, DIN 53436 tube furnace, p. 63 155, 175, 196 DIN 57472 acid gas test, pp. 109, ASTM E05.21.70 test protocol, 134, 155, 175, 196 pp. 109, 134, 155, 175, 196 Elastomers, p. 246 Atrium fires, p. 516 Electrical cables, pp. 329, 506 Brominated phosphates, pp. 257, cable composite, p. 506 551 insulated wire, p. 506 Bushfire, p. 499 oxygen index test on, p. 506 Environmental weathering, p. 452 Carbonaceous fibers, p. 238 Fabric Casuarina needles, p. 499 alkali-metal content, pp. 268, 284 Cellulose sample, p. 424 aqueous rinsing, p. 268 Cellulosic smoldering, p. 357 basis weight, p. 268 Char, p. 357 burn promoters, p. 268 development, p. 551 cellulosic content, pp. 268, 284 phosphorous in, p. 551 cigarette ignition source, pp. 268, porosity, p. 551 284 SEM, p. 551 composition, p. 268 strength, p. 551 cotton, p. 284 CNET, pp. 109, 134, 155, 175, 196 ignitability, pp. 268, 284 Combustion, pp. 109, 134, 155, 175, permeability, p. 268 196, 329 polyurethane foam, p. 284 droplet, p. 44 potassium content, p. 268 flaming, p. 442 smoldering, p. 284 forced convection in, p. 44 sodium content, p. 268 forest materials, p. 442 upholstery, pp. 268, 284 gases, toxicity of, p. 63 weight, p. 284 liquid fuel, p. 44 Fire modeling, p. 44 effluents, p. 63 smouldering, p. 442 flashover, p. 14 waves, p. 499 modeling, p. 313 Composite materials, p. 329 parameters, p. 14 Cone calorimeter, pp. 14, 424 propagation, p. 329 Corrosivity, pp. 109, 134, 155, zone models, p. 516 175, 196 Flame front, p. 499 copper resistance change, pp. 109, Flame retardance, pp. 257, 388, 551 134, 155, 175,196 bromine, pp. 257, 388, 551 metal loss, pp. 109, 134, 155, chEir studies, p. 551 175, 196 cotton, p. 3 polymeric materials, pp. 109, 134, elastomers, p. 246 155, 175, 196 engineering plastics, p. 257 smoke, pp. 109, 134, 155, 175, fabrics, p. 3 196 gloves, p. 246 582 SUBJECT INDEX ABS, p. 14 test methods, pp. 109, 134, 155, Alkaline metal ions, p. 357 175, 196 ASTM D09.21.70, pp. 109, 134, DIN 53436 tube furnace, p. 63 155, 175, 196 DIN 57472 acid gas test, pp. 109, ASTM E05.21.70 test protocol, 134, 155, 175, 196 pp. 109, 134, 155, 175, 196 Elastomers, p. 246 Atrium fires, p. 516 Electrical cables, pp. 329, 506 Brominated phosphates, pp. 257, cable composite, p. 506 551 insulated wire, p. 506 Bushfire, p. 499 oxygen index test on, p. 506 Environmental weathering, p. 452 Carbonaceous fibers, p. 238 Fabric Casuarina needles, p. 499 alkali-metal content, pp. 268, 284 Cellulose sample, p. 424 aqueous rinsing, p. 268 Cellulosic smoldering, p. 357 basis weight, p. 268 Char, p. 357 burn promoters, p. 268 development, p. 551 cellulosic content, pp. 268, 284 phosphorous in, p. 551 cigarette ignition source, pp. 268, porosity, p. 551 284 SEM, p. 551 composition, p. 268 strength, p. 551 cotton, p. 284 CNET, pp. 109, 134, 155, 175, 196 ignitability, pp. 268, 284 Combustion, pp. 109, 134, 155, 175, permeability, p. 268 196, 329 polyurethane foam, p. 284 droplet, p. 44 potassium content, p. 268 flaming, p. 442 smoldering, p. 284 forced convection in, p. 44 sodium content, p. 268 forest materials, p. 442 upholstery, pp. 268, 284 gases, toxicity of, p. 63 weight, p. 284 liquid fuel, p. 44 Fire modeling, p. 44 effluents, p. 63 smouldering, p. 442 flashover, p. 14 waves, p. 499 modeling, p. 313 Composite materials, p. 329 parameters, p. 14 Cone calorimeter, pp. 14, 424 propagation, p. 329 Corrosivity, pp. 109, 134, 155, zone models, p. 516 175, 196 Flame front, p. 499 copper resistance change, pp. 109, Flame retardance, pp. 257, 388, 551 134, 155, 175,196 bromine, pp. 257, 388, 551 metal loss, pp. 109, 134, 155, chEir studies, p. 551 175, 196 cotton, p. 3 polymeric materials, pp. 109, 134, elastomers, p. 246 155, 175, 196 engineering plastics, p. 257 smoke, pp. 109, 134, 155, 175, fabrics, p. 3 196 gloves, p. 246 582 Index 583 HPLC, p. 3 Phosphorous compounds, p. 3 NMR, p. 3 pkRHR/TTI, p. 14 phosphorous, pp. 257, 388, 551 PMMA, p. 424 polycarbonate/ABS blend, p. 388 Polycarbonate, pp. 14, 452 polycarbonate/PBS blend, p. 388 Polyphenylene oxide, p. 529 polycarbonate/PET blend, Polystyrene, pp. 14, 529 pp. 257, 388 Polyurethane foam, pp. 63, 284 reactive, p. 3 Pyrolysis, p. 424 synergy, pp. 257, 388, 551 PYROVATEX CP, p. 3 Flame spread, p. 329 Radiation absorption, p. 424 Flashover, p. 14 Smoke, pp. 109, 134, 155, 175, 196 Flow fields, p. 481 control, p. 516 Forest fire, p. 502 measurement of, p. 313 heat source, p. 502 obscuration model, p. 313 hot spot, p. 502 optical density, p. 313 ignition, p. 502 release rate, p. 313 vegetation, p. 502 soot yield, p. 313 Free convection, p. 481 yield, p. 313 GC-MS, p. 376 Smolder promoters, p. 357 Gloves, p. 246 Surface degradation, p. 452 butyl rubber, p^ 246 Thermal conductivity, p. 424 chemical protection, p. 246 Thermal degradation, pp. 376, 411 chemical resistance, p. 246 Thermal insulation p. 238 flame retardance, p. 246 Thermal protective performance, HPLC, p. 3 p. 238 Hydraulic fluids, pp. 376, 411 Thermal transmittance, p. 238 Hydrol3rtic degradation, p. 452 Time to ignition (TTI), p. 14 Inhalation toxicity, p. 411 Tbtal heat release (THR), p. 14 Ion-catalyzed smoldering, p. 357 Triaryl phosphate, p. 529 Laser velocimetry, p. 481 Upholstery fabric, pp. 268, 284 NMR, p. 3 Urethane, p. 14 Oxygen index test, p. 506 UV-degradation, p. 452 Phosphorous-bromine synergy, Zinc borate, p. 529 pp. 257, 388, 551 Zone model validation, p. 313 AUTHOR INDEX Baginski, M., p. 238 Dwyer, R. W., p. 268 Bennett, J. G., Jr., pp. 109, 134, Ferm, D. J., p. 529 155, 175, 196 Flack, R. D., p. 481 Benrashid, R., pp. 452, 529 Fournier, L. G., p. 268 Broughton, R., p. 238 Furin, D., p. 268 Brun, K., p. 481 Galezewski, A., p. 246 Bunch, J. E., p. 268 Gandhi, P. D., p. 313 Chow, W. K., p. 516 Gandhi, S., p. 284 Daenens, R, pp. 376, 411 Goh, T. P. T, p. 442 Daikoku, M., p. 424 Green, J., pp. 257, 388, 551 Dijanosic, M. J., p. 442 (continued) 584 Index Author Index (continued) Prager, R, p. 63 Gulliani, D., p. 246 Pump, W., p. 63 Hall, D., p. 238 Radford, J. B., p. 481 Honeycutt, R. H., p. 268 Rogers, C. E., pp. 109, 134, 155, Hudson, W. Z., p. 268 175, 196 Hughes, K. C., p. 499 Saito, K., p. 424 Ihrig, A. M., pp. 268, 357 Shanley, L. A., p. 238 Jones, J. C., pp. 442, 499, 502 Shanley, P, p. 238 Kapura, A. A., p. 3 Slaten, B. L., p. 238 Kessel, S. L., pp. 109, 134, 155, Smith, S. L., pp. 268, 357 175, 196 Spivak, S. M., p. 284 Kimmerle, G., p. 63 Tbodorczyk, A., p. 44 Laruelle, L., p. 376 Tfewarson, A., p. 329 Lewis, L. S., p. 268 Van Dam, J., pp. 376, 411 Martins, T., p. 63 Venkatesh, S., p. 424 Nakagawa, Y., p. 506 Verbeken, E. K., p. 411 Nelson, G. L., pp. 452, 529 Wilusz, E., p. 246 P&uluhn, J., p. 63 Wojcicki, S., p. 44 Petrella, R. V., p. 14

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Journal of Fire Sciences 1994: Vol 12 Index PDF

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SUBJECT INDEX ABS, p. 14 test methods, pp. 109, 134, 155, Alkaline metal ions, p. 357 175, 196 ASTM D09.21.70, pp. 109, 134, DIN 53436 tube furnace, p. 63 155, 175, 196 DIN 57472 acid gas test, pp. 109, ASTM E05.21.70 test protocol, 134, 155, 175, 196 pp. 109, 134, 155, 175, 196 Elastomers, p. 246 Atrium fires, p. 516 Electrical cables, pp. 329, 506 Brominated phosphates, pp. 257, cable composite, p. 506 551 insulated wire, p. 506 Bushfire, p. 499 oxygen index test on, p. 506 Environmental weathering, p. 452 Carbonaceous fibers, p. 238 Fabric Casuarina needles, p. 499 alkali-metal content, pp. 268, 284 Cellulose sample, p. 424 aqueous rinsing, p. 268 Cellulosic smoldering, p. 357 basis weight, p. 268 Char, p. 357 burn promoters, p. 268 development, p. 551 cellulosic content, pp. 268, 284 phosphorous in, p. 551 cigarette ignition source, pp. 268, porosity, p. 551 284 SEM, p. 551 composition, p. 268 strength, p. 551 cotton, p. 284 CNET, pp. 109, 134, 155, 175, 196 ignitability, pp. 268, 284 Combustion, pp. 109, 134, 155, 175, permeability, p. 268 196, 329 polyurethane foam, p. 284 droplet, p. 44 potassium content, p. 268 flaming, p. 442 smoldering, p. 284 forced convection in, p. 44 sodium content, p. 268 forest materials, p. 442 upholstery, pp. 268, 284 gases, toxicity of, p. 63 weight, p. 284 liquid fuel, p. 44 Fire modeling, p. 44 effluents, p. 63 smouldering, p. 442 flashover, p. 14 waves, p. 499 modeling, p. 313 Composite materials, p. 329 parameters, p. 14 Cone calorimeter, pp. 14, 424 propagation, p. 329 Corrosivity, pp. 109, 134, 155, zone models, p. 516 175, 196 Flame front, p. 499 copper resistance change, pp. 109, Flame retardance, pp. 257, 388, 551 134, 155, 175,196 bromine, pp. 257, 388, 551 metal loss, pp. 109, 134, 155, chEir studies, p. 551 175, 196 cotton, p. 3 polymeric materials, pp. 109, 134, elastomers, p. 246 155, 175, 196 engineering plastics, p. 257 smoke, pp. 109, 134, 155, 175, fabrics, p. 3 196 gloves, p. 246 582 SUBJECT INDEX ABS, p. 14 test methods, pp. 109, 134, 155, Alkaline metal ions, p. 357 175, 196 ASTM D09.21.70, pp. 109, 134, DIN 53436 tube furnace, p. 63 155, 175, 196 DIN 57472 acid gas test, pp. 109, ASTM E05.21.70 test protocol, 134, 155, 175, 196 pp. 109, 134, 155, 175, 196 Elastomers, p. 246 Atrium fires, p. 516 Electrical cables, pp. 329, 506 Brominated phosphates, pp. 257, cable composite, p. 506 551 insulated wire, p. 506 Bushfire, p. 499 oxygen index test on, p. 506 Environmental weathering, p. 452 Carbonaceous fibers, p. 238 Fabric Casuarina needles, p. 499 alkali-metal content, pp. 268, 284 Cellulose sample, p. 424 aqueous rinsing, p. 268 Cellulosic smoldering, p. 357 basis weight, p. 268 Char, p. 357 burn promoters, p. 268 development, p. 551 cellulosic content, pp. 268, 284 phosphorous in, p. 551 cigarette ignition source, pp. 268, porosity, p. 551 284 SEM, p. 551 composition, p. 268 strength, p. 551 cotton, p. 284 CNET, pp. 109, 134, 155, 175, 196 ignitability, pp. 268, 284 Combustion, pp. 109, 134, 155, 175, permeability, p. 268 196, 329 polyurethane foam, p. 284 droplet, p. 44 potassium content, p. 268 flaming, p. 442 smoldering, p. 284 forced convection in, p. 44 sodium content, p. 268 forest materials, p. 442 upholstery, pp. 268, 284 gases, toxicity of, p. 63 weight, p. 284 liquid fuel, p. 44 Fire modeling, p. 44 effluents, p. 63 smouldering, p. 442 flashover, p. 14 waves, p. 499 modeling, p. 313 Composite materials, p. 329 parameters, p. 14 Cone calorimeter, pp. 14, 424 propagation, p. 329 Corrosivity, pp. 109, 134, 155, zone models, p. 516 175, 196 Flame front, p. 499 copper resistance change, pp. 109, Flame retardance, pp. 257, 388, 551 134, 155, 175,196 bromine, pp. 257, 388, 551 metal loss, pp. 109, 134, 155, chEir studies, p. 551 175, 196 cotton, p. 3 polymeric materials, pp. 109, 134, elastomers, p. 246 155, 175, 196 engineering plastics, p. 257 smoke, pp. 109, 134, 155, 175, fabrics, p. 3 196 gloves, p. 246 582 Index 583 HPLC, p. 3 Phosphorous compounds, p. 3 NMR, p. 3 pkRHR/TTI, p. 14 phosphorous, pp. 257, 388, 551 PMMA, p. 424 polycarbonate/ABS blend, p. 388 Polycarbonate, pp. 14, 452 polycarbonate/PBS blend, p. 388 Polyphenylene oxide, p. 529 polycarbonate/PET blend, Polystyrene, pp. 14, 529 pp. 257, 388 Polyurethane foam, pp. 63, 284 reactive, p. 3 Pyrolysis, p. 424 synergy, pp. 257, 388, 551 PYROVATEX CP, p. 3 Flame spread, p. 329 Radiation absorption, p. 424 Flashover, p. 14 Smoke, pp. 109, 134, 155, 175, 196 Flow fields, p. 481 control, p. 516 Forest fire, p. 502 measurement of, p. 313 heat source, p. 502 obscuration model, p. 313 hot spot, p. 502 optical density, p. 313 ignition, p. 502 release rate, p. 313 vegetation, p. 502 soot yield, p. 313 Free convection, p. 481 yield, p. 313 GC-MS, p. 376 Smolder promoters, p. 357 Gloves, p. 246 Surface degradation, p. 452 butyl rubber, p^ 246 Thermal conductivity, p. 424 chemical protection, p. 246 Thermal degradation, pp. 376, 411 chemical resistance, p. 246 Thermal insulation p. 238 flame retardance, p. 246 Thermal protective performance, HPLC, p. 3 p. 238 Hydraulic fluids, pp. 376, 411 Thermal transmittance, p. 238 Hydrol3rtic degradation, p. 452 Time to ignition (TTI), p. 14 Inhalation toxicity, p. 411 Tbtal heat release (THR), p. 14 Ion-catalyzed smoldering, p. 357 Triaryl phosphate, p. 529 Laser velocimetry, p. 481 Upholstery fabric, pp. 268, 284 NMR, p. 3 Urethane, p. 14 Oxygen index test, p. 506 UV-degradation, p. 452 Phosphorous-bromine synergy, Zinc borate, p. 529 pp. 257, 388, 551 Zone model validation, p. 313 AUTHOR INDEX Baginski, M., p. 238 Dwyer, R. W., p. 268 Bennett, J. G., Jr., pp. 109, 134, Ferm, D. J., p. 529 155, 175, 196 Flack, R. D., p. 481 Benrashid, R., pp. 452, 529 Fournier, L. G., p. 268 Broughton, R., p. 238 Furin, D., p. 268 Brun, K., p. 481 Galezewski, A., p. 246 Bunch, J. E., p. 268 Gandhi, P. D., p. 313 Chow, W. K., p. 516 Gandhi, S., p. 284 Daenens, R, pp. 376, 411 Goh, T. P. T, p. 442 Daikoku, M., p. 424 Green, J., pp. 257, 388, 551 Dijanosic, M. J., p. 442 (continued) 584 Index Author Index (continued) Prager, R, p. 63 Gulliani, D., p. 246 Pump, W., p. 63 Hall, D., p. 238 Radford, J. B., p. 481 Honeycutt, R. H., p. 268 Rogers, C. E., pp. 109, 134, 155, Hudson, W. Z., p. 268 175, 196 Hughes, K. C., p. 499 Saito, K., p. 424 Ihrig, A. M., pp. 268, 357 Shanley, L. A., p. 238 Jones, J. C., pp. 442, 499, 502 Shanley, P, p. 238 Kapura, A. A., p. 3 Slaten, B. L., p. 238 Kessel, S. L., pp. 109, 134, 155, Smith, S. L., pp. 268, 357 175, 196 Spivak, S. M., p. 284 Kimmerle, G., p. 63 Tbodorczyk, A., p. 44 Laruelle, L., p. 376 Tfewarson, A., p. 329 Lewis, L. S., p. 268 Van Dam, J., pp. 376, 411 Martins, T., p. 63 Venkatesh, S., p. 424 Nakagawa, Y., p. 506 Verbeken, E. K., p. 411 Nelson, G. L., pp. 452, 529 Wilusz, E., p. 246 P&uluhn, J., p. 63 Wojcicki, S., p. 44 Petrella, R. V., p. 14

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