A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Smoke and Carbon Monoxide Formation from Materials Tested in the Smoke Density Chamber
The effects of physical and chemical factors on the smoke and carbon monoxide generated by burning polymers and red oak in the NBS Smoke Density Chamber are reported. Smoke and carbon monoxide formation was found to depend on irradiance level and oxygen concentration in the chamber. Smoke optical density correlations with particulate mass density showed that the ratio of these two varied with material composition and burning conditions.
Smoke and Carbon Monoxide Formation from Materials Tested in the Smoke Density Chamber
The effects of physical and chemical factors on the smoke and carbon monoxide generated by burning polymers and red oak in the NBS Smoke Density Chamber are reported. Smoke and carbon monoxide formation was found to depend on irradiance level and oxygen concentration in the chamber. Smoke optical density correlations with particulate mass density showed that the ratio of these two varied with material composition and burning conditions.
Smoke and Carbon Monoxide Formation from Materials Tested in the Smoke Density Chamber
T. Y. King (author)
1975
41 pages
Report
No indication
English
Combustion & Ignition , Materials Sciences , Wood & Paper Products , Building Industry Technology , Smoke , Carbon monoxide , Fire tests , Plastics , Wood , Gravimetric analysis , Density , Combustion , Fire hazards , Combustion products , Measurement , Styrene , Styrene copolymers , Polyvinyl chloride , Optical density , Particle size , Heat flux , Mass , Fire endurance tests , Oak wood
Interlaboratory Evaluation of Smoke Density Chamber
| NTIS | 1971
Interlaboratory evaluation of smoke density chamber
| TIBKAT | 1971
Carbon monoxide and smoke emissions in fires
| British Library Conference Proceedings | 2007