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The data (the speed of sound, the isobaric and isochoric heat capacities aswell as the heat capacity ratio) for liquid neon presented in NIST ChemistryWebBook are analyzed. It has been shown, basing on the representation of theinverse reduced volume fluctuations, that they consist of sufficientdiscrepancies in the subcritical region. The correction of data in this regionof the coexistence curve is evaluated using the fluctuation approach and thetheory of thermodynamic similarity.

On the speed of sound and heat capacity of liquid neon in the subcritical region