G.T. Castino, J.R. Beyreis, and W.S. Metes, Flammability Studies of Cellular Plastics and Other Building Materials Used for Interior Finish. Underwriters Laboratories Subject 723 3 (June 1975).
2.
ICBO Acceptance Criteria for Foam Plastics (Dec. 1976). International Conference of Building Officials , 5 360 South Workman Mill Road, Whittier, CA 90601
3.
T.E. Waterman , "Room Flashover-Scaling of Fire Conditions,"Fire Technology, 5 (1969) p. 52.
4.
G. Heskestad, Modeling of Enclosure Fires, 14th Symposium (International) on Combustion , p. 1021, The Combustion Institute (1973).
5.
W.J. Parker and B.T. Lee, "A Small-Scale Enclosure for Characterizing the Fire Buildup Potential of a Room,"NBSIR75-7 10 (June 1975 ).
6.
B.J. McAffrey and G. Heskestad, "A Robust Bidirectional Low Velocity Probe for Flame and Fire Applications,"Combustion and Flame, 26 (1976), p. 125.
7.
W.J. Christian , G.T. Castino, and J.R. Beyreis, "Fire Behavior of Building Interior Finish Materials,"J. Fire & Flammability , 8 (1977) p.41.
8.
B. Sureshwara , Fact-Finding Report on Flammability Studies of Spray Applied Foamed Plastic With and Without Protective Coating, UL File NC558 (June 1976).
9.
A. D. Cianciolo, Olin Corp. Personal Communications (1978).
10.
J.B. Fang, "Fire Buildup in a Room and the Role of Interior Finish Matersials, "NBS Tech. Note 879 (June 1975).
11.
K. Bromberg and J.G. Quintiere, "Radiative Heat Transfer from Products of Combustion in Building Corridor Fires,"NBSIR74-596 (Feb. 1975).
12.
J. Prahl and H.W. Emmons, "Fire Induced Flow Through An Opening,"Combustion and Flame, 25 (1975), p. 369.