Transcription of Physical Properties of Pure Methanol
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Physical Properties of Pure Methanol
Physical Properties of pure Methanol Molecular Weight g mol-1 Boiling Point Critical Temperature 760 mm Hg ( kPa) C (239 C; 463 F) ( F) Critical Pressure Freezing Point C ( atm) ( F) Critical Density g cm-3 Reid Vapour Pressure 32 kPa Critical Compressibility Flash Point Factor Closed vessel (TCC method) 12 C (54 F) Specific Gravity Open vessel (TOC method) C ( F) Liquid Auto Ignition Temperature 470 C (878 F) (25 /4oC) Viscosity (20 /4oC) Liquid (15 /4 C) -25 C (-13 F) mPa s Vapour 0 C (32 F) mPa s Vapour Pressure 25 C (77 F) mPa s 20 C (68 F) kPa Vapour ( psia) 25 C (77 F) Pa s (96 mm Hg) 127 C (261 F) Pa s 25 C (77 F) kPa Surface Tension ( psia) 20 C (68 F) mN m-1 ( mm Hg) 25 C (77 F) mN m-1 Latent Heat of Refractive Index Vapourization 15 C (59 F) 25 C (77 F) kJ mol-1 20 C (68 F) ( cal g-1) 25 C (77 F) C ( F) kJ mol-1 Thermal Conductivity ( cal g-1) Liquid Heat Capacity at Constant 0 C (32 F)
Physical Properties of Pure Methanol Molecular Weight 32.04 g mol-1 Boiling Point Critical Temperature 512.5K 760 mm Hg (101.3 kPa) 64.6°C (239°C; 463°F) (148.3°F)
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