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Vapor pressure, minimum ignition energy

Two properties of gases and vapors that may determine when an ignition can occur are the minimum ignition energy (MIL) and the antoignition temperature (AIT). These are discussed in Section 4.1.2 above. The MIL is a function of the pressure, temperature, and composition of a fuel-oxidant mixture. [Pg.71]

Boiling point, C -48/-4 Melting point, C < 100 Flash point, C flammable gas Auto-lgnltiontemperature, C 450 Relative density (waters 1) 0.5 Relativevapordensity(alr-I) 1.5 Vapor pressure, mm Hg at 20 °C 1,1 <7.3 Solubility in water poor Explosive limits, vol% In air 2 12 Minimum ignition energy, mJ 0.11 Relative molecular mass oa. 43 Qrossformula COLORLESS COMPRESSED LIQUEFIED QAS WITH CHARACTERISTIC ADDED ODOR Vapor (gas) is heavier than air and spreads at ground level, with risk of ignition at a distance. Reacts with copper to form shock-sensitive compounds. ... [Pg.574]

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See also in sourсe #XX -- [ Pg.91 , Pg.92 , Pg.93 , Pg.94 ]



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