Species Properties#
The section of material properties defines the models and parameters governing diffusive mass transport, whether it be ordinary, forced or thermal diffusion of species. Included in those generalizations are electrical potential-driven species movements. Models include those for single species, especially particle-laden suspensions, binary species and multi-component systems. Models for various equations of mass transport are included, various models of diffusion properties, different representations of species by means of molar, mass or volume concentrations, various models of vapor pressure for multiphase flow and on material boundaries for lumped parameter analyses, and properties for charged species.
- Number of Species
- Diffusion Constitutive Equation
- Species Weight Function
- Number of Chemical Reactions
- Reaction Rate
- Thermodynamic Potential
- Interfacial Area
- Butler_Volmer_j
- Butler_Volmer_ij
- Solution Temperature
- Porosity
- Diffusivity
- Shear Rate Diffusivity
- Viscosity Diffusivity
- Curvature Diffusivity
- Fickian Diffusivity
- Gravity-based Diffusivity
- Q Tensor Diffusivity
- Species Time Integration
- Advective Scaling
- Latent Heat Vaporization
- Latent Heat Fusion
- Vapor Pressure
- Species Volume Expansion
- Standard State Chemical Potential
- Pure Species Chemical Potential
- Chemical Potential
- Reference Concentration
- Molecular Weight
- Specific Volume
- Molar Volume
- Charge Number
- Non-condensable Molecular Weight
- Non-volatile Molar Volume
- Non-volatile Specific Volume
- Flory-Huggins parameters