Toxic gas and smoke measurement with the British Fire Propagation test. III: UPTV formulations with reduced HCl evolution
Author:
Publisher
Wiley
Subject
Metals and Alloys,Polymers and Plastics,General Chemistry,Ceramics and Composites,Electronic, Optical and Magnetic Materials
Reference12 articles.
1. Behavior of PVC in Fires
2. and Toxicity of decomposition products-polyvinyl-chloride and wood, Building Research Note No. 99, Division of Building Research, NRC, Canada (May 1975).
3. Toxicity of pyrolysis and combustion products of poly-(vinyl chloride)
4. Toxic gas and smoke measurement with the British Fire Propagation test. II: Hydrogen chloride evolution from UPVC building products
5. Pyrolysis–gas chromatographic analysis of poly(vinyl chloride). II. In situ absorption of HCl during pyrolysis and combustion of PVC
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1. Application of a transport and decay model for hydrogen chloride to hydrogen chloride generation in the presence of various fluids and surfaces but without poly(vinyl chloride);Fire and Materials;1994-01
2. The use of a model for hydrogen chloride transport and decay to predict airborne hydrogen chloride concentrations in a full-scale room-corridor scenario;Fire Safety Journal;1992-01
3. Surface parameters from small-scale experiments used for measuring HCl transport and decay in fire atmospheres;Fire and Materials;1991-10
4. Experiments for Hydrogen Chloride Transport and Decay in a Simulated Heating, Ventilating and Air Conditioning System and Comparison of the Results with Predictions from a Theoretical Model;Journal of Fire Sciences;1991-07
5. The challenge of fire effluents.;BMJ;1990-03-17
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