nuget
Represents the result of a Gibbs energy calculation
GibbsEnergyResult
01 Syntax
Emily.eQuilibrator.Core.Models.GibbsEnergyResult
02 Methods
03 Properties
| Name | Overloads | Summary |
|---|---|---|
| StandardDgPrime | 1 | The standard transformed Gibbs energy in kJ/mol |
| Uncertainty | 1 | The uncertainty (standard error) in kJ/mol |
| PhysiologicalDgPrime | 1 | The physiological Gibbs energy in kJ/mol |
| DgPrime | 1 | The actual Gibbs energy at given concentrations in kJ/mol |
| PValue | 1 | The p-value for the reaction (probability of being thermodynamically feasible) |
| IsFeasible | 1 | Indicates whether the reaction is thermodynamically feasible |
| EquilibriumConstant | 1 | The equilibrium constant |
04 Members
#ctor(
Double, Double, Double, Double, Double, Double)Creates a new GibbsEnergyResult
StandardDgPrime
The standard transformed Gibbs energy in kJ/mol
Uncertainty
The uncertainty (standard error) in kJ/mol
PhysiologicalDgPrime
The physiological Gibbs energy in kJ/mol
DgPrime
The actual Gibbs energy at given concentrations in kJ/mol
PValue
The p-value for the reaction (probability of being thermodynamically feasible)
IsFeasible
Indicates whether the reaction is thermodynamically feasible
EquilibriumConstant
The equilibrium constant
ToString()