THERMOPHYSICAL PROPERTIES OF 1-HEXANOL OVER THE TEMPERATURE-RANGE FROM 303 K TO 503 K AND AT PRESSURES FROM THE SATURATION LINE TO 400 MPA

Isobaric thermal expansivities, alpha(p)(T,p), of 1-hexanol have been measured in a pressure-controlled scanning calorimeter from just above the saturation vapour pressure to 400 MPa at temperatures from 302.6 K to 503.15 K. The specific volume isotherm, v(T-R,p), at T-R=302.6 K has been derived from measurements of isothermal compressibilities up to 400 MPa and from the specific density at atmospheric pressure. Specific volumes, isothermal compressibilities, thermal pressure coefficients, and isobaric and isochoric heat capacities for the whole pressure and temperature range are derived from these data and from literature data on the saturation vapour pressures and on the isobaric heat capacities at atmospheric or saturation vapour pressure.