Gordon E. Hartzell
Advances in Combustion Toxicology, Volume III (eBook, ePUB)
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Gordon E. Hartzell
Advances in Combustion Toxicology, Volume III (eBook, ePUB)
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This book describes advances in the thinking of experts in the field of combustion toxicology through 1991. It emphasizes contributions due to the efforts of the working groups of ISO/TCQ2/SC3, along with presentation of the most up-to-date strategy for minimizing the risk of toxic hazards in fires.
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This book describes advances in the thinking of experts in the field of combustion toxicology through 1991. It emphasizes contributions due to the efforts of the working groups of ISO/TCQ2/SC3, along with presentation of the most up-to-date strategy for minimizing the risk of toxic hazards in fires.
Dieser Download kann aus rechtlichen Gründen nur mit Rechnungsadresse in A, B, BG, CY, CZ, D, DK, EW, E, FIN, F, GR, HR, H, IRL, I, LT, L, LR, M, NL, PL, P, R, S, SLO, SK ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis
- Erscheinungstermin: 20. Dezember 2024
- Englisch
- ISBN-13: 9781040282120
- Artikelnr.: 72593425
- Verlag: Taylor & Francis
- Erscheinungstermin: 20. Dezember 2024
- Englisch
- ISBN-13: 9781040282120
- Artikelnr.: 72593425
- Herstellerkennzeichnung Die Herstellerinformationen sind derzeit nicht verfügbar.
Gordon E. Hartzell
1. Smoke Toxicity in the 1990's 2. Assessment of Fire Model DIN 53436 3.
Development of a Safety Concept for Assessment of the Toxicity of
Combustion Products 4. Toxic Gases Evolution from Commercial Building
Materials under Fire Atmosphere in a Semi-Full-Scale Room 5. Inhalation
Toxicity of Carbon Monoxide and Hydrogen Cyanide Gases Released During the
Thermal Decomposition of Polymers 6. The Fractional Effective Dose Model
for Assessment of Toxic Hazards in Fires 7. Modeling of Toxicological
Effects of Fire Gases: VII. Studies on Evaluation of Animal Models in
Combustion Toxicology 8. Acute Inhalation Toxicity in Rats Exposed to
Thermal Degradation Products of a New Chlorinated Fluid for Electrical
Transformers 9. Toxic Gases and Smoke Evolution from Foam Plastic Building
Materials Burning in Fire Environments 10. Prediction of the Toxic Effects
of Fire Effluents 11. Evaluation of Smoke Toxic Potency Test Methods:
Comparison of the NBS Cup Furnace, the Radiant Furnace and the UPITT Tests
12. A Method to Determine the Potential Toxicity of Smoke from Burning
Polymers: I. Experiments with Douglas Fir 13. Combustion Product Toxic
Potency Measurements: Comparison of a Small Scale Test and "Real-World"
Fires 14. Experimental Study on Human Emotional Instability in Smoke Filled
Corridor: Part 2 15. Utilization of Drosophila melanogaster Flies the
Evaluation of Toxic Products from Burning Materials 16. Smoke Gas Analysis
by FTIR Method: Preliminary Investigation 17. Large-Scale Validation of
Bench-Scale Fire Toxicity Tests 18. New York State Fire Gas Toxicity
Requirements: Past, Present and Future 19. The Eflct of Elevated
Temperature on Carbon Monoxide-Induced Incapacitation 20. A Critical
Evaluation of the Proposed NIBS Toxicity Test
Development of a Safety Concept for Assessment of the Toxicity of
Combustion Products 4. Toxic Gases Evolution from Commercial Building
Materials under Fire Atmosphere in a Semi-Full-Scale Room 5. Inhalation
Toxicity of Carbon Monoxide and Hydrogen Cyanide Gases Released During the
Thermal Decomposition of Polymers 6. The Fractional Effective Dose Model
for Assessment of Toxic Hazards in Fires 7. Modeling of Toxicological
Effects of Fire Gases: VII. Studies on Evaluation of Animal Models in
Combustion Toxicology 8. Acute Inhalation Toxicity in Rats Exposed to
Thermal Degradation Products of a New Chlorinated Fluid for Electrical
Transformers 9. Toxic Gases and Smoke Evolution from Foam Plastic Building
Materials Burning in Fire Environments 10. Prediction of the Toxic Effects
of Fire Effluents 11. Evaluation of Smoke Toxic Potency Test Methods:
Comparison of the NBS Cup Furnace, the Radiant Furnace and the UPITT Tests
12. A Method to Determine the Potential Toxicity of Smoke from Burning
Polymers: I. Experiments with Douglas Fir 13. Combustion Product Toxic
Potency Measurements: Comparison of a Small Scale Test and "Real-World"
Fires 14. Experimental Study on Human Emotional Instability in Smoke Filled
Corridor: Part 2 15. Utilization of Drosophila melanogaster Flies the
Evaluation of Toxic Products from Burning Materials 16. Smoke Gas Analysis
by FTIR Method: Preliminary Investigation 17. Large-Scale Validation of
Bench-Scale Fire Toxicity Tests 18. New York State Fire Gas Toxicity
Requirements: Past, Present and Future 19. The Eflct of Elevated
Temperature on Carbon Monoxide-Induced Incapacitation 20. A Critical
Evaluation of the Proposed NIBS Toxicity Test
1. Smoke Toxicity in the 1990's 2. Assessment of Fire Model DIN 53436 3.
Development of a Safety Concept for Assessment of the Toxicity of
Combustion Products 4. Toxic Gases Evolution from Commercial Building
Materials under Fire Atmosphere in a Semi-Full-Scale Room 5. Inhalation
Toxicity of Carbon Monoxide and Hydrogen Cyanide Gases Released During the
Thermal Decomposition of Polymers 6. The Fractional Effective Dose Model
for Assessment of Toxic Hazards in Fires 7. Modeling of Toxicological
Effects of Fire Gases: VII. Studies on Evaluation of Animal Models in
Combustion Toxicology 8. Acute Inhalation Toxicity in Rats Exposed to
Thermal Degradation Products of a New Chlorinated Fluid for Electrical
Transformers 9. Toxic Gases and Smoke Evolution from Foam Plastic Building
Materials Burning in Fire Environments 10. Prediction of the Toxic Effects
of Fire Effluents 11. Evaluation of Smoke Toxic Potency Test Methods:
Comparison of the NBS Cup Furnace, the Radiant Furnace and the UPITT Tests
12. A Method to Determine the Potential Toxicity of Smoke from Burning
Polymers: I. Experiments with Douglas Fir 13. Combustion Product Toxic
Potency Measurements: Comparison of a Small Scale Test and "Real-World"
Fires 14. Experimental Study on Human Emotional Instability in Smoke Filled
Corridor: Part 2 15. Utilization of Drosophila melanogaster Flies the
Evaluation of Toxic Products from Burning Materials 16. Smoke Gas Analysis
by FTIR Method: Preliminary Investigation 17. Large-Scale Validation of
Bench-Scale Fire Toxicity Tests 18. New York State Fire Gas Toxicity
Requirements: Past, Present and Future 19. The Eflct of Elevated
Temperature on Carbon Monoxide-Induced Incapacitation 20. A Critical
Evaluation of the Proposed NIBS Toxicity Test
Development of a Safety Concept for Assessment of the Toxicity of
Combustion Products 4. Toxic Gases Evolution from Commercial Building
Materials under Fire Atmosphere in a Semi-Full-Scale Room 5. Inhalation
Toxicity of Carbon Monoxide and Hydrogen Cyanide Gases Released During the
Thermal Decomposition of Polymers 6. The Fractional Effective Dose Model
for Assessment of Toxic Hazards in Fires 7. Modeling of Toxicological
Effects of Fire Gases: VII. Studies on Evaluation of Animal Models in
Combustion Toxicology 8. Acute Inhalation Toxicity in Rats Exposed to
Thermal Degradation Products of a New Chlorinated Fluid for Electrical
Transformers 9. Toxic Gases and Smoke Evolution from Foam Plastic Building
Materials Burning in Fire Environments 10. Prediction of the Toxic Effects
of Fire Effluents 11. Evaluation of Smoke Toxic Potency Test Methods:
Comparison of the NBS Cup Furnace, the Radiant Furnace and the UPITT Tests
12. A Method to Determine the Potential Toxicity of Smoke from Burning
Polymers: I. Experiments with Douglas Fir 13. Combustion Product Toxic
Potency Measurements: Comparison of a Small Scale Test and "Real-World"
Fires 14. Experimental Study on Human Emotional Instability in Smoke Filled
Corridor: Part 2 15. Utilization of Drosophila melanogaster Flies the
Evaluation of Toxic Products from Burning Materials 16. Smoke Gas Analysis
by FTIR Method: Preliminary Investigation 17. Large-Scale Validation of
Bench-Scale Fire Toxicity Tests 18. New York State Fire Gas Toxicity
Requirements: Past, Present and Future 19. The Eflct of Elevated
Temperature on Carbon Monoxide-Induced Incapacitation 20. A Critical
Evaluation of the Proposed NIBS Toxicity Test