ThermodynamicExtensions

Full name Emily.eQuilibrator.Core.Extensions.ThermodynamicExtensions Assembly Emily.eQuilibrator Members 6

Extension methods for thermodynamic calculations

01 Syntax

Emily.eQuilibrator.Core.Extensions.ThermodynamicExtensions

02 Methods

Name	Overloads	Summary
KjToKcal	1	Converts Gibbs energy from kJ/mol to kcal/mol
KcalToKj	1	Converts Gibbs energy from kcal/mol to kJ/mol
ToEquilibriumConstant	1	Calculates the equilibrium constant from Gibbs energy
ToGibbsEnergy	1	Calculates Gibbs energy from equilibrium constant
ToReductionPotential	1	Calculates the reduction potential from Gibbs energy
ToGibbsEnergyFromPotential	1	Calculates Gibbs energy from reduction potential

03 Members

method KjToKcal #

KjToKcal(Double)

Converts Gibbs energy from kJ/mol to kcal/mol

method KcalToKj #

KcalToKj(Double)

Converts Gibbs energy from kcal/mol to kJ/mol

method ToEquilibriumConstant #

ToEquilibriumConstant(Double, Double)

Calculates the equilibrium constant from Gibbs energy

Parameters

Name	Type	Description
`dg`	`Double`	Gibbs energy in kJ/mol
`temperature`	`Double`	Temperature in Kelvin

Returns

The equilibrium constant

method ToGibbsEnergy #

ToGibbsEnergy(Double, Double)

Calculates Gibbs energy from equilibrium constant

Parameters

Name	Type	Description
`keq`	`Double`	Equilibrium constant
`temperature`	`Double`	Temperature in Kelvin

Returns

Gibbs energy in kJ/mol

method ToReductionPotential #

ToReductionPotential(Double, Int32)

Calculates the reduction potential from Gibbs energy

Parameters

Name	Type	Description
`dg`	`Double`	Gibbs energy in kJ/mol
`nElectrons`	`Int32`	Number of electrons transferred

Returns

Reduction potential in volts

method ToGibbsEnergyFromPotential #

ToGibbsEnergyFromPotential(Double, Int32)

Calculates Gibbs energy from reduction potential

Parameters

Name	Type	Description
`e0`	`Double`	Reduction potential in volts
`nElectrons`	`Int32`	Number of electrons transferred

Returns

Gibbs energy in kJ/mol