Jolles, Z. E.; Jolles, G. I.
view article (6.9244423)
Some Notes on Flame-Retardant Mechanisms in Polymers.
Paper 10,
Plastics Institute. Plastics in Fire Conference. November 2-3, 1971,
London, England,
1-19 p.,
1971
Blinov, V. I.; Khudyakov, G. N.
view article (6.9244423)
Diffusion Burning of Liquids.
Izdatel'stvo Akademmi Nauk SSSR, Moscow
T-1490a-c,
1961,
223 p.
Attwood, H. C.; Allen, G. R.
view article (6.9244423)
On the Spontaneous Ignition Temperature of Organic Materials in Oxygen.
Royal Aircraft Establishment, UK
ARC-CP-1172,
1971,
36 p.
Freeston, W. D., Jr.
view article (6.9244423)
Flammability and Heat Transfer Characteristics of Cotton, Nomex and PBI Fabric.
Fabric Research Laboratories, Inc. Dedham, MA
Journal of Fire and Flammability,
Vol. 2,
57-76,
January 1971
Freeston, W. D., Jr.; Coskren, R. J.; Skelton, J.; Sebring, R. E.
view article (6.9244423)
Flammability and Heat Transfer Characteristics of PBI Fabric. Technical Report. July 1968-March 1970.
Air Force Materials Lab., Wright-Patterson AFB, OH
AFML-TR-70-267,
January 1971,
82 p.
Forest Products Laboratory
view article (6.9244423)
Ignition and Charring Temperatures of Wood. Slightly Revised.
Forest Products Lab., Madison, WI
No. 1464,
January 1958,
6 p.
Lotveit, M.
view article (6.9244423)
How Can One Prevent (A Dangerous Gas Mixture) Exploding?
Veritas,
Vol. 11,
16,
April 1966
Setchkin, N. P.
view article (6.9244423)
Method and Apparatus for Determining the Ignition Characteristics of Plastics.
Journal of Research of the National Bureau of Standards,
Vol. 43,
591-608,
December 1949
Research Paper RP2052,
Mittal, M.; Guha, B. K.
view article (6.9244423)
Minimum Ignition Temperature of Polyethylene Dust: A Theoretical Model.
Central Building Research Inst., Roorkee, India; Indian Institute of Technology, New Delhi, India
Fire and Materials,
Vol. 21,
No. 4,
169-177,
July/August 1997
Ziauddin, M.; Balakrishna, A.; Vlachos, D. G.; Schmidt, L. D.
view article (6.9244423)
Ignition of Methane Flames in Oxygen Near Inert Surfaces: Effects of Composition, Pressure, Preheat, and Residence Time.
University of Minnesota, Minneapolis; Massachusetts Institute of Technology, Cambridge; University of Massachusetts, Amherts
Combustion and Flame,
Vol. 110,
No. 3,
377-391,
August 1997