ThermoData Engine (TDE103a v10.1) User's Guide

Sublimation Pressure: Crystal-Gas Phase Boundary Pressure

DEFAULT: PV Expansion: (Output details)
ln(p/p^o) = a₁ + a₂/T + a₃×ln(T) + a₄×T + a₅×T² + a₆/T² + a₇×T⁶
Alternative 1: Antoine (Output details)
ln(p/p^o) = A + B/(T + C); where p^o = 1 kPa
Alternative 2: Yaws.VaporPressure (Output details)
lg(p/p^o) = a + b/T + c×lg(T) + d×T + e×T² ; where p^o = 1 kPa and lg = log₁₀
Alternative 3: DIPPR 115 (Output details)
ln(p/p^o) = a + b/T + c×ln(T) + d×T² + e/T² ; where p^o = 1 kPa
Alternative 4: DIPPR 101 (Output details)
ln(p/p^o) = a + b/T + c×ln(T) + d×T^e ; where p^o = 1 kPa

Pure Component Properties

How to do EVALUATIONS

The Main Screen Menus

Data Table Features

Plot Features

Single-Property Equations (Pures)

EOS Fitting (Pures)

EOS Fitting Process (Pures)

EOS: Equations Supported (Pures)

Uncertainties

Output Files & Formats

TDE-SOURCE Data Archive