1 |
Park, H. G, Kim, D. I."A study on the improvement of Flame retardant for Interior decorating materials of muti-use facilities", Korea fire &explosion society, 15(3), (2001)
|
2 |
Anderson, R. A., Thompson, I. and Harland, W. A., Fire and Malts., 3, 91. (1979)
DOI
|
3 |
ISO 5660-1:2002. Reaction-to-fire tests-Heat release, smoke production and mass loss rate-Part 1: Heat release rate(cone calorimeter method), (2002)
|
4 |
KS F 2271, Testing method for incombustibility of internal finish material and element of buildings, (2016)
|
5 |
Babrauskas V., Levin B. C., Gann R. C., et el., Toxic Potency Measurement for Fire Hazard Analysis, US National Institute of Standarda and Technology, Gaithersburg MD., NIST Special Publication, 827, (1991)
|
6 |
Beitel J. J., Bertello C. A., Carroll W. F. and Jr. Grand A. F., et el. "Hydrogen Chloride Transport and Decay in A Large Apparatus: II", J. Fire Sciences., 5, 105-45. (1987)
DOI
|
7 |
Miser, C. S., Davis, W. R., "Measurement of carbonyl fluoride, hydrogen fluoride, and other combustion by products during fire suppression testing by fourier transform infrared spectroscopy", Halon options technical working conference, 12-14 May, 190-196, (1998)
|
8 |
BS 6853 Code for practice for fire precautions in the design and construction of pas - senger carrying trains, BSI. (1999)
|
9 |
Purser D. A., Toxicity Assessment of Combustion Products and Modeling of Toxic and Thermal Effects of Fire. In: P. J. Di- Nenno (Ed.), (1988)
|
10 |
Pitts W. M., The Global Evidence Ratio Concept and the Prediction of Carbon Monoxide Formation in Enclosure Fires. NIST Monograph 179, National Institute of Standarda and Technology, Gaithersburg MD, (1994)
|