Preface
About the Editor
Chapter 1 : Smoke Toxicity in the 1990's
Chapter 2 : Assessment of Fire Model DIN 53436
Chapter 3 : Development of a Safety Concept for Assessment of the Toxicity of Combustion Products
Chapter 4 : Toxic Gases Evolution from Commercial Building Materials under Fire Atmosphere in a Semi-Full-Scale Room
Chapter 5 : Inhalation Toxicity of Carbon Monoxide and Hydrogen Cyanide Gases Released During the Thermal Decomposition of Polymers
Chapter 6 : The Fractional Effective Dose Model for Assessment of Toxic Hazard in Fires
Chapter 7 : Modeling of Toxicological Effects of Fire Gases: VII. Studies on Evaluation of Animal Models in Combustion Toxicology
Chapter 8 : Acute Inhalation Toxicity in Rats Exposed to Thermal Degradation Products of a New Chlorinated Fluid for Electrical Transformers
Chapter 9 : Toxic Gases and Smoke Evolution from Foam plastic Building Materials Burning in Fire Environment
Chapter 10 : Prediction of the Toxic Effects of Fire Effluents
Chapter 11 : Evaluation of Smoke Toxic Potency Test Methods: Comparison of the NBS Cup Furnace, the Radiant Furnace and the UPITT Tests
Chapter 12 : A Method to Determine the Potential Toxicity of Smoke from Burning Polymers: I. Experiments with Douglas Fir
Chapter 13 : Combustion Product Toxic Potency Measurements: Comparison of a Small Scale Test and "Real-World" Fires
Chapter 14 : Experimental Study on Human Emotional Instability in Smoke Filled Corridor: Part 2
Chapter 15 : Utilization of Drosophila melanogaster Files in the Evaluation of Toxic Products from Burning Materials
Chapter 16 : Smoke Gas Analysis by FTIR Method. Preliminary Investigation
Chapter 17 : Large-Scale Validation of Bench-Scale Fire Toxicity Tests
Chapter 18 : New York State Fire Gas Toxicity Requirements: Past, Present and Future
Chapter 19 : The Effect of Elevated Temperature on Carbon Monoxide-Induced Incapacitation
Chapter 20 : A Critical Evaluation of the Proposed NIBS Toxicity Test
Index
