SOLWCAD
Fortran code to compute the saturation surface of H2O-CO2 fluids in silicate melts of arbitrary composition.
Fortran code saturation surface other keywords...
| Id | Title | Data Type | Description |
|---|---|---|---|
| swinput.data | Desired computation | object | Specifics for the desired computation. |
| sw.data | User data | array | user-defined conditions in terms of pressure, temperature, and composition, each one arranged on a single item. Each item contains the followings: pressure (Pa); temperature (K); H2O content (wt fraction)**; CO2 content (wt fraction)**; the following ten quantities specify the volatile-free melt composition (wt fraction)***, in the following order: SiO2; TiO2; Al2O3; Fe2O3; FeO; MnO; MgO; CaO; Na2O; K2O. **H2O and CO2 contents may refer to i) total amounts in the two-phase magma, equal to (mass of volatile in the fluid + mass of volatile dissolved in the melt) / (mass of the gas phase + mass of the melt phase); or ii) the amounts dissolved in the melt phase, that is, (mass of volatile dissolved in the melt) / (mass of the melt phase). The specific choice is determined by the parameter kl in swinput.data. |
| Id | Title | Description |
|---|---|---|
| solwcad_out | Output result | Each record item contains the following quantities: Pressure (Mpa); Temperature (K); Total ( kl >0) or dissolved ( kl =-1) H2O (wt%); Total ( kl >0) or dissolved ( kl =-1) CO2 (wt%); H2O dissolved in the melt (wt%); CO2 dissolved in the melt (ppm);... |
Execution modes
- Synchronous
- Asynchronous
Links
- SOLWCAD | Computational Infrastructure for Volcanology (text/html)
- EUROVOLC: Volcano Dynamics Computational Centre (text/html)
- The compositional dependence of the saturation surface of H2O + CO2 fluids in silicate melts (text/html)
- Process description as JSON (application/json)
- Process description as HTML (text/html)
- Jobs list as HTML (text/html)
- Jobs list as JSON (application/json)
- Execution for this process as JSON (application/json)