KnowraFugacityLinked fromLinked fromThe 17 pages that link to Fugacity, each with the reason it gives.All 17Related 11Narrower topic 2Compared with 4Chemical potentialRelated: Fugacity expresses a real gas’s chemical potential through a pressure-like quantity.VolatilityRelated: It extends volatility comparisons to nonideal mixtures and environmental partitioning.Partial pressureCompared with: It replaces pressure in many real-gas calculations when ideal-mixture behavior fails.Henry's lawRelated: At high pressures, fugacity can replace partial pressure in more accurate solubility relations.Activity coefficientRelated: Gas-phase activity coefficients relate fugacity to pressure.Dalton's law of partial pressuresCompared with: Nonideal mixtures require fugacity in place of simple partial-pressure behavior.Vapor–liquid equilibriumRelated: Equilibrium requires each component’s fugacity to match across liquid and vapor.Compressibility factorRelated: Fugacity provides a thermodynamic correction complementary to Z’s pressure–volume correction.Ideal solutionNarrower topic: It generalizes vapor-pressure descriptions when real mixtures depart from ideality.Grand canonical ensembleRelated: Its powers weight states according to particle number in the grand partition function.Chemical activityCompared with: For gases, fugacity plays the role that activity plays in general thermodynamic expressions.Standard stateRelated: Fugacity replaces pressure in gas activity when real-gas effects matter.Thermodynamic activityCompared with: For gases, fugacity plays the role that activity plays in dimensionless form.Oxygen fugacityNarrower topic: Oxygen fugacity applies this thermodynamic correction specifically to oxygen.Gibbs paradoxRelated: It links particle-number statistics to chemical potential in dilute-gas calculations.Bose gasRelated: It sets the occupation distribution used to calculate Bose-gas properties.Redlich–Kwong equation of stateRelated: The equation can estimate fugacity coefficients for real-fluid phase calculations.
KnowraFugacityLinked fromLinked fromThe 17 pages that link to Fugacity, each with the reason it gives.All 17Related 11Narrower topic 2Compared with 4Chemical potentialRelated: Fugacity expresses a real gas’s chemical potential through a pressure-like quantity.VolatilityRelated: It extends volatility comparisons to nonideal mixtures and environmental partitioning.Partial pressureCompared with: It replaces pressure in many real-gas calculations when ideal-mixture behavior fails.Henry's lawRelated: At high pressures, fugacity can replace partial pressure in more accurate solubility relations.Activity coefficientRelated: Gas-phase activity coefficients relate fugacity to pressure.Dalton's law of partial pressuresCompared with: Nonideal mixtures require fugacity in place of simple partial-pressure behavior.Vapor–liquid equilibriumRelated: Equilibrium requires each component’s fugacity to match across liquid and vapor.Compressibility factorRelated: Fugacity provides a thermodynamic correction complementary to Z’s pressure–volume correction.Ideal solutionNarrower topic: It generalizes vapor-pressure descriptions when real mixtures depart from ideality.Grand canonical ensembleRelated: Its powers weight states according to particle number in the grand partition function.Chemical activityCompared with: For gases, fugacity plays the role that activity plays in general thermodynamic expressions.Standard stateRelated: Fugacity replaces pressure in gas activity when real-gas effects matter.Thermodynamic activityCompared with: For gases, fugacity plays the role that activity plays in dimensionless form.Oxygen fugacityNarrower topic: Oxygen fugacity applies this thermodynamic correction specifically to oxygen.Gibbs paradoxRelated: It links particle-number statistics to chemical potential in dilute-gas calculations.Bose gasRelated: It sets the occupation distribution used to calculate Bose-gas properties.Redlich–Kwong equation of stateRelated: The equation can estimate fugacity coefficients for real-fluid phase calculations.