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Cited by 15 publications
(2 citation statements)
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“…Any correction made would be much smaller than the experimental uncertainty of our measurements themselves and can be neglected. The correction does not exceed 0.1% even for much more volatile compounds when the volume of the condensed phase is about 3/4 of the total volume of the measuring cell [15,17]. The saturated molar heat capacities C sat,m obtained in this work are identical to isobaric molar heat capacities C p,m in the temperature range studied as it is not necessary to make a clear distinction between C p,m along the saturation curve and C sat,m below 0.9 T b , where T b is the normal boiling temperature [16].…”
Section: Heat Capacity Measurementsmentioning
confidence: 99%
“…Any correction made would be much smaller than the experimental uncertainty of our measurements themselves and can be neglected. The correction does not exceed 0.1% even for much more volatile compounds when the volume of the condensed phase is about 3/4 of the total volume of the measuring cell [15,17]. The saturated molar heat capacities C sat,m obtained in this work are identical to isobaric molar heat capacities C p,m in the temperature range studied as it is not necessary to make a clear distinction between C p,m along the saturation curve and C sat,m below 0.9 T b , where T b is the normal boiling temperature [16].…”
Section: Heat Capacity Measurementsmentioning
confidence: 99%
“…The reproducibility of the c p values was usually better than 0.1%, the overall uncertainty of the measurement estimated from calibration and test experiments is assumed to be $0.3%. No allowances were made for sample vaporization and gas phase corrections as the vapor volume was kept below 10% of the total cell volume and all substances have quite low vapor pressures at the measurement temperature [11].…”
Section: Apparatus and Proceduresmentioning
confidence: 99%