Various polymeric materials were combusted in small scale laboratory equipment and the toxicity of evolved gases evaluated by the leth ality of Drosophila melanogaster flies. The results were compared with data ob tained for the same materials in experiments with mice.
Get full access to this article
View all access options for this article.
References
1.
Hartzell, G.E.1988. Advances in Combustion Toxicology, 1:2, Lancaster, PA: Technomic Publishing Co., Inc.
2.
Kishitami, K.1987. Toxicity of Combustion Products of Fire, Tokyo Japan.
3.
Kaplan, H.L., H.F. Grand and G.E. Hartzell.1983. Combustion Toxicology, Principles and Test Methods, Lancaster, PA: Technomic Publishing Co., Inc.
4.
Goldberg, A.M. and Y.M. Frazier.1989. Scientific American, 261(2):16.
5.
Anon.1982. Further Development of Test Method for the Assessment of the Acute Toxicity of Combustion Products , NBS Center for Fire Research, Washington, DC.
6.
Hilado, C.J. , C.J. Casey and J.E. Schmierder.1979. Fire Technol ., 15(2):122.
7.
Smolkova, E. and J. Michal.1983-1985. Internal Research Report R-05-514-244, Karlova Univ.Praha.
8.
Alexeeff, G.V. and S.C. Packham.1984. J Fire Sci ., 2:362
9.
Májek, J., D. Talapková, V. Repka, I. Špilda and M. Kosik.1985. Fire and Materials, 9(4):157.
10.
Michal, J.1983. Fire and Materials, 7:163-168.
11.
Haber, F.1924. Funf Vortrage aus den Jaren 1920-23, Verlag von JuliusSpringer.
12.
Purser, D.A.1987. Modeling Toxic and Physical Hazard in Fire, Int. ProcFire Safet. Pap.101.
13.
Hartzell, G.E.1989. J Fire Sci., 7:179.
14.
Kaplan, H.L. , W.G. Switzer, M.M. Hirschler and A.W. Coaker.1989. J Fire Sci., 7:194.
15.
Blakušková, A., J. Mácha, A. Markoš, Z. Proházkova, B. Štefl and J. Michal.1984. Fire and Mater., 10(1):1.
16.
Kennah, H.E. , M.E. Stock and Y. Alarie.1987. J. Fire Sci , 5(1):3.
17.
Brown, E. and B.C. Levin.1986. Fire and Mater., 10:107.
18.
Rutkowski, J.V. and B.C. Levin.1986. Fire and Mater , 10:93
19.
Alexeeff, G. , Y. Ch. Lee and J.A. White.1986. J Fire Sci ., 4:100.