NBS Special Publication, Issues 411-415U.S. Government Printing Office, 1974 |
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Results 1-5 of 100
Page xvii
... heat source with a variety of gases for the fuel , one could easily select a similar heat source without providing any rational motivation . However , this would violate the requirement that the test relate to real life performance ...
... heat source with a variety of gases for the fuel , one could easily select a similar heat source without providing any rational motivation . However , this would violate the requirement that the test relate to real life performance ...
Page xviii
... heat sources open flame , glowing surface , etc. is shown in table 5. The mode of heat transfer most frequently experienced in real life situations should be simulated in some manner in a test method . Since approximately 65 percent of ...
... heat sources open flame , glowing surface , etc. is shown in table 5. The mode of heat transfer most frequently experienced in real life situations should be simulated in some manner in a test method . Since approximately 65 percent of ...
Page 8
... heat sources - open flame , glowing surface , etc. is shown in table 5. The mode of heat transfer most frequently experienced in real life situations should be simulated in some manner in a test method . Since approximately 65 percent ...
... heat sources - open flame , glowing surface , etc. is shown in table 5. The mode of heat transfer most frequently experienced in real life situations should be simulated in some manner in a test method . Since approximately 65 percent ...
Page 14
... Heat Transfer Through a Fabric - Skin System Subjected to a Heat Source Annual Report , ( Factory Mutual Research Corporation ) , Dec. 1971 . [ 8 ] [ 9 ] [ 10 ] [ 14.
... Heat Transfer Through a Fabric - Skin System Subjected to a Heat Source Annual Report , ( Factory Mutual Research Corporation ) , Dec. 1971 . [ 8 ] [ 9 ] [ 10 ] [ 14.
Page 37
... heat thus liberated can be returned in part to the fabric surface . This heat causes further pyrolysis of the poly- mer , assuring a continuous supply of fuel for further flame propagation . Because of the cyclic nature of this process ...
... heat thus liberated can be returned in part to the fabric surface . This heat causes further pyrolysis of the poly- mer , assuring a continuous supply of fuel for further flame propagation . Because of the cyclic nature of this process ...
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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