MineralSpeciesThermoParamsHKF Struct Reference

A type for storing the parameters of the HKF equation of state for a mineral species. More...

`#include <ThermoData.hpp>`

Collaboration diagram for MineralSpeciesThermoParamsHKF:

## Public Attributes | |

double | Gf |

The apparent standard molal Gibbs free energy of formation of the species from its elements (in units of cal/mol) | |

double | Hf |

The apparent standard molal enthalpy of formation of the species from its elements (in units of cal/mol) | |

double | Sr |

The standard molal entropy of the species at reference temperature and pressure (in units of cal/(mol�K)) | |

double | Vr |

The standard molal volume of the mineral species at reference temperature and pressure (in units of cm^3/mol) | |

int | nptrans |

The number of phase transitions that the mineral may undergo. | |

std::vector< double > | a |

The coefficients ai of the HKF equation of state of the mineral species for each phase region (in units of cal/(mol�K)) | |

std::vector< double > | b |

The coefficients bi of the HKF equation of state of the mineral species for each phase region (in units of cal/(mol�K^2)) | |

std::vector< double > | c |

The coefficients ci of the HKF equation of state of the mineral species for each phase region (in units of (cal�K)/mol) | |

std::vector< double > | Ttr |

The temperatures at which the mineral experiences phase transition along the line of reference pressure (in units of K) | |

std::vector< double > | Htr |

The change in the standard molal enthalpy of each mineral phase transition (in units of cal/mol) | |

std::vector< double > | Vtr |

The change in the standard molal volume of each mineral phase transition (in units of cm^3/mol) | |

std::vector< double > | dPdTtr |

The Clapeyron slote at each mineral phase transition (in units of bar/K) | |

double | Tmax |

The maximum temperature at which the HKF equation of state can be applied for the mineral (in units of K) | |

## Detailed Description

A type for storing the parameters of the HKF equation of state for a mineral species.

The documentation for this struct was generated from the following file:

- Reaktoro/Thermodynamics/Species/ThermoData.hpp