The true power of REFPROP 9 lies in its shared dynamic link library (DLL). Engineers can call REFPROP calculations directly from third-party programming environments, including:
The true power of REFPROP 9.1 lay in its extensive library of pure fluids and its ability to handle complex mixtures:
Industries worldwide integrate REFPROP 9 into their engineering workflows to ensure safety and efficiency. Refrigeration and Heat Pumps
REFPROP 9 is not a simulation guess; it is a reference standard. Typical uncertainties are: nist refprop 9
The REFPROP.xla add-in is the most common interface. To use it:
Which (Excel, Python, MATLAB, etc.) you are using to access it. The specific fluids or mixtures your project involves.
Users can create their own mixtures or modify existing ones by specifying composition and mixing rules. The true power of REFPROP 9 lies in
RP.THERMdll(T, P, rho, h, s, c_int(1), c_int(0), herr)
I can provide the specific syntax or code snippets needed to extract data from the database. Share public link
The software can output dozens of distinct thermophysical properties, including: Typical uncertainties are: The REFPROP
While NIST has released newer versions of the software (such as REFPROP 10), version 9 remains heavily utilized globally. Many legacy commercial simulation tools, proprietary corporate spreadsheets, and academic research scripts are hard-coded around the REFPROP 9 DLL structure. Its stability, proven reliability, and lower computational overhead ensure it remains a benchmark tool in engineering toolkits today.
For certain standard fluids, the MBWR equation of state is applied. This 32-term empirical equation is highly accurate for hydrocarbons and cryogenic gases, providing precise density calculations across vast temperature and pressure ranges. Mixture Models: The GERG-2008 Standard