Gases molecular weights

E] Use s BoUes Fair (Ref. 75) data base to determine new effective area to use with Onda et al. (Ref. 126) correlation. Same definitions as 5-28-D. P = total pressure, atm Mq = gas, molecular weight m = local slope of equilibrium curve Lf /Gf = slope operating line Z = height of packing in feet. [Pg.622]

Consider the sensitivity of TTE to four process gas normal design condition parameters inlet gas pressure (P ), inlet gas temperature (Tj), gas mass flow (M), and gas molecular weight (MW). [Pg.431]

Sensitivity to process gas molecular weight Figure 7-12d shows that TTE is not sensitive to process gas molecular weight. [Pg.433]

Z = Gas compressibility factor T = Absolute temperature, °R Mw = Gas molecular weight... [Pg.282]

Physical and Chemical Properties - Physical State at 15 C arid 1 atm. Gas Molecular Weight ... [Pg.54]

Physical and Chemical Properties - Physical State at 15 V and I atm. Gas Molecular Weight 40.1 Boiling Point at 1 atm. -36 to -4, -38 to -20, 235 to 253 Freezing Point Not pertinent Critical Temperature Not pertinent Critical Pressure Not pertinent Specific Gravity 0.576 at 15 °C (liquid) Vapor (Gas) Specific Gravity 1.48 Ratio cf Specific Heats of Vapor (Gas) 1.1686 Latent Heat of Vcporization 227, 126, 5.28 Heat cf Combustion -19,800, -11,000, -460 Heat of Decomposition Not pertinent. [Pg.250]

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