Quick links to downloads:
- For HPx-eos users/implementers: x-eos descriptions, benchmark calculations
- For THERMOCALC users: software, input files, documentation
- AvPy and the SCOlP and COlP geobarometers for igneous rocks
- Roger Powell’s textbook on Equilibrium Thermodynamics in Petrology.
For users/implementers of the HPx-eos outside THERMOCALC
- Documentation of THERMOCALC’s implementation of the HPx-eos
- User-friendly summaries of the HPx-eos families, plus benchmark calculations so you can test your implementation:
- metapelite set (White et al, 2014)
- metabasite set (Green et al, 2016)
- igneous set (Holland et al, 2018)
For THERMOCALC users
If you already know what you want to download, follow the links below. Otherwise, use the THERMOCALC download guide, or explore the THERMOCALC section of this site.
- Software: THERMOCALC, DRAWPD.
- Thermodynamic input files for THERMOCALC:
- metapelite set (White et al, 2014)
- metabasite set (Green et al, 2016)
- igneous set (Holland et al, 2018)
- other sets of x-eos as used in specific papers.
- Example control files (tc-prefs.txt and scriptfile) for THERMOCALC.
- Learning resources: tutorials, short course material and documentation.
The SCOlP geobarometer for igneous rocks
The SCOlP and COlP (±Spinel + Clinopyroxene + Olivine + Plagioclase) barometers were developed for use in igneous rocks by Ziberna, Green & Blundy (2017; American Mineralogist 102 2349-2366). They use THERMOCALC’s avP procedure and a specially calibrated set of HPx-eos. They can be easily applied via the avPy package:
Roger Powell’s textbook
Equilibrium Thermodynamics in Petrology (Roger Powell, 1978; Harper & Row) can be freely downloaded for personal use:
The HPx-eos and THERMOCALC 