Add to ORKGThermodynamic modeling is valuable tool to predict phase equilibria in high temperature metals processing Thermo chemical packages makes modeling easier, but the fundamental knowledge such as how we determine the phase, species, and activity behaviour are the intellectual aspects An example in magnesium impurities illustrate both the predictive power of thermodynamic modelling but also the dilemmas associated with solution behaviou
International audienceThe Scientific Group Thermodata Europe (SGTE) is a consortium of European and ...
This paper gives an introduction to MTDATA, Phase Equilibrium Software from the National Physical La...
The current dominant route for extracting magnesium metal is via the Pidgeon process, a batch pyrome...
Thermodynamic modelling is widely used to predict phase equilibria and solute partitioning in high t...
Uncertainty in the metal price and competition between producers mean that the daily operation of a ...
Most metallurgical reactions at high temperatures involve two or more phases. Therefore, th...
ABSTRACT: Industrial process modeling is increasingly accessible through computational chemistry pac...
Incorporating multicomponent, multiphase, high-temperature, complex chemical equilibrium calculation...
Abstract: Thermodynamic database computing systems consist of a suite of Gibbs energy minimization p...
Chemical thermodynamics can be used to ascertain the feasibility of a given chemical reaction. ...
Models that accurately predict solid–solute phase equilibria in aqueous electrolyte solutions are of...
Abstract: Thermodynamic systems of interest in nuclear engineering generally consist of many compone...
Abstract-The high-temperature measurement of thermodynamic data for substances of metallurgical inte...
Experimental phase equilibrium data and crystallographic methods, such as single crystal X-ray diffr...
Complex equilibria and phase transformations involving diffusion can now be calculated quickly and e...
International audienceThe Scientific Group Thermodata Europe (SGTE) is a consortium of European and ...
This paper gives an introduction to MTDATA, Phase Equilibrium Software from the National Physical La...
The current dominant route for extracting magnesium metal is via the Pidgeon process, a batch pyrome...
Thermodynamic modelling is widely used to predict phase equilibria and solute partitioning in high t...
Uncertainty in the metal price and competition between producers mean that the daily operation of a ...
Most metallurgical reactions at high temperatures involve two or more phases. Therefore, th...
ABSTRACT: Industrial process modeling is increasingly accessible through computational chemistry pac...
Incorporating multicomponent, multiphase, high-temperature, complex chemical equilibrium calculation...
Abstract: Thermodynamic database computing systems consist of a suite of Gibbs energy minimization p...
Chemical thermodynamics can be used to ascertain the feasibility of a given chemical reaction. ...
Models that accurately predict solid–solute phase equilibria in aqueous electrolyte solutions are of...
Abstract: Thermodynamic systems of interest in nuclear engineering generally consist of many compone...
Abstract-The high-temperature measurement of thermodynamic data for substances of metallurgical inte...
Experimental phase equilibrium data and crystallographic methods, such as single crystal X-ray diffr...
Complex equilibria and phase transformations involving diffusion can now be calculated quickly and e...
International audienceThe Scientific Group Thermodata Europe (SGTE) is a consortium of European and ...
This paper gives an introduction to MTDATA, Phase Equilibrium Software from the National Physical La...
The current dominant route for extracting magnesium metal is via the Pidgeon process, a batch pyrome...