NBS Special Publication, Issues 411-415U.S. Government Printing Office, 1974 |
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Results 1-5 of 100
Page 31
... PRESSURE ( × 10 -3 3 torr ) 80 60 Sb Cl 3 Sb40 A B C D 40 20 200 300 400 500 TEMPERATURE ° C ( rate 0.2 / min . ) Figure 1 . Pressure variation of the vapor species SbC13 ( curves A , B and C ) ( curve D ) as a function of temperature ...
... PRESSURE ( × 10 -3 3 torr ) 80 60 Sb Cl 3 Sb40 A B C D 40 20 200 300 400 500 TEMPERATURE ° C ( rate 0.2 / min . ) Figure 1 . Pressure variation of the vapor species SbC13 ( curves A , B and C ) ( curve D ) as a function of temperature ...
Page 39
... PRESSURE ( × 10 torr ) 80 60 -Sb406 Sb Cl D A B 40 20 200 300 400 500 TEMPERATURE ° C ( rate 0.2 / min . ) Figure 1 . and Sb4 46 Sbocl as Pressure variation of the vapor species SbC13 ( curves A , B and C ) ( curve D ) as a function of ...
... PRESSURE ( × 10 torr ) 80 60 -Sb406 Sb Cl D A B 40 20 200 300 400 500 TEMPERATURE ° C ( rate 0.2 / min . ) Figure 1 . and Sb4 46 Sbocl as Pressure variation of the vapor species SbC13 ( curves A , B and C ) ( curve D ) as a function of ...
Page 46
... PRESSURE , HEAT AIR HEAT " A " CHAR + CO2 + ( AHO ) GASES H2O 02 PRESSURE HEAT H2O ( AHO ) POLYMER = Δ R ( AHO ) CHAR A = ( AHORY ) POLYMER - ( AMT . OF FLAMMABLE GAS ) ( AHO ) GASES = ( AHO ) POLYMER - R ( AHO ) CHAR Figure 21 ...
... PRESSURE , HEAT AIR HEAT " A " CHAR + CO2 + ( AHO ) GASES H2O 02 PRESSURE HEAT H2O ( AHO ) POLYMER = Δ R ( AHO ) CHAR A = ( AHORY ) POLYMER - ( AMT . OF FLAMMABLE GAS ) ( AHO ) GASES = ( AHO ) POLYMER - R ( AHO ) CHAR Figure 21 ...
Page 51
... PRESSURE , HEAT AIR HEAT 02 " A " PRESSURE HEAT ( AHO ) CHAR CHAR + FLAMMABLE GASES + CO2 + CHAR + AIR CO2 ( AHO ) GASES H2O H2O ( AHO ) A = OLYMER = A + R ( AHO ) CHAR Δ ( AHORY ) POLYMER - ( AMT . OF FLAMMABLE GAS ) ( AHO ) GASES ...
... PRESSURE , HEAT AIR HEAT 02 " A " PRESSURE HEAT ( AHO ) CHAR CHAR + FLAMMABLE GASES + CO2 + CHAR + AIR CO2 ( AHO ) GASES H2O H2O ( AHO ) A = OLYMER = A + R ( AHO ) CHAR Δ ( AHORY ) POLYMER - ( AMT . OF FLAMMABLE GAS ) ( AHO ) GASES ...
Page 77
... of air flow as the temperature of gases within the tunnel increases . This is firstly a thermal effect as a result of maintaining constant pressure drop over the system during a test ; and secondly , at FO . at FO . sec Btu / min 77.
... of air flow as the temperature of gases within the tunnel increases . This is firstly a thermal effect as a result of maintaining constant pressure drop over the system during a test ; and secondly , at FO . at FO . sec Btu / min 77.
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