NBS Special Publication, Issues 411-415U.S. Government Printing Office, 1974 |
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Page
... oxygen ; physiological effects of fire ; polymeric materials ; radiant panel ; RANN ; red oak ; smoke ; standards ; test methods ; textile testing ; thermal decomposition ; toxic effects of fire . HIGA UNIV THE ICHIGAN X MICHIGAN M THE ...
... oxygen ; physiological effects of fire ; polymeric materials ; radiant panel ; RANN ; red oak ; smoke ; standards ; test methods ; textile testing ; thermal decomposition ; toxic effects of fire . HIGA UNIV THE ICHIGAN X MICHIGAN M THE ...
Page iii
... oxygen ; physiological effects of fire ; polymeric materials ; radiant panel ; RANN ; red oak ; smoke ; standards ; test methods ; textile testing ; thermal decomposition ; toxic effects of fire . Contents WELCOME Richard W. Roberts ...
... oxygen ; physiological effects of fire ; polymeric materials ; radiant panel ; RANN ; red oak ; smoke ; standards ; test methods ; textile testing ; thermal decomposition ; toxic effects of fire . Contents WELCOME Richard W. Roberts ...
Page 2
... oxygen partitioning be- tween the fabric and the burner flame . That is to say , the flame from the test burner decreases the concentration of oxygen in the fabric's combustion zone . If the concentration of oxygen falls below a minimum ...
... oxygen partitioning be- tween the fabric and the burner flame . That is to say , the flame from the test burner decreases the concentration of oxygen in the fabric's combustion zone . If the concentration of oxygen falls below a minimum ...
Page 10
... oxygen partitioning be- tween the fabric and the burner flame . That is to say , the flame from the test burner decreases the concentration of oxygen in the fabric's combustion zone . If the concentration of oxygen falls below a minimum ...
... oxygen partitioning be- tween the fabric and the burner flame . That is to say , the flame from the test burner decreases the concentration of oxygen in the fabric's combustion zone . If the concentration of oxygen falls below a minimum ...
Page 30
... oxygen atoms . By reducing the steady state radical concentration , we can inhibit the flame and even extinguish it . So that is the problem that we are addressing ourselves to . I should mention that the main chemicals that are ...
... oxygen atoms . By reducing the steady state radical concentration , we can inhibit the flame and even extinguish it . So that is the problem that we are addressing ourselves to . I should mention that the main chemicals that are ...
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aerosol sprays analysis analyzer antiperspirant Applications atomic beam Building Bureau of Standards burn room calibration calorimeter Capability carbon monoxide carpet ceiling cellulose char length chemical Chemistry combustion concentration Contact corridor cotton crib density detector determine diameter distribution droplet effect electrical electron energy Engineering fabric facility fire department fire investigation Fire Research Fire Safety fire tests firefighters flame retardant flame spread flameover flammability flow frequency Gaithersburg gypsum board hazard heat ignition source inches instrument intensity involved isotopes laboratory laser light scattering Literature mass materials ment micrometer molecular National Bureau NBS Reactor neutron nylon operation optical optical density oxide oxygen particles percent phase Phone phosphorus polymer problems pyrolysis radiant flux radiation range sample Section smoke soffit specimen spectrometer spray structure studies surface Tech techniques Technology temperature test method thermal tion vertical wall