Critical point temperature

In the case of a single patch, the size dependence of the system follows directly from the finite size scaling theory [133]. In particular, the critical point temperature scales with the system size as predicted by the equation... 

Tb P boiling point temperature a p = lbar, Tm melting temperature at p = lbar, Tti(pti) triple point temperature (pressure), Tct(pCT) critical point temperature (pressure), T p inversion temperature (pressure) L latent heat of vaporization at Tb. 

This equation was used in preparing the tabulated results. The equation is applicable to the liquid at conditions below the critical point (temperature below critical temperature and pressure below critical pressure). 

Critical point Temperature and pressure above which a substance cannot condense into a liquid. 

Note 1 Kinematic viscosity v and ttieimal ditfusivily o can be calculated from their defmlbons, v = pJp and o = Wpc, = vtPi. The temperatures O.Ol C, lOOfC, and 374.14 C are the triple-, boiling-, and critical-point temperatures of vraler. respectively. The properties listed abc/e (exccptUie vapor density) can be used a any pressure v/llh negligible error except at temperatures near the critical-point value. 

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