and fugacity are related through the dimensionless fugacity coefficient φ = f P . {\displaystyle \varphi ={\frac {f}{P}}.} For an ideal gas, fugacity and...

how to utilize the fugacity capacity to calculate the concentration of a chemical in a system. Depending on the chemical, fugacity capacity varies. The...

the thermodynamic concept of activity and coined the term "fugacity". His new idea of fugacity, or "escaping tendency", was a function with the dimensions...

a redox buffer, then the oxygen fugacity of equilibration is defined by one of the curves in the accompanying fugacity-temperature diagram. Redox buffers...

well as from mathematical models. One of these mathematical models is a fugacity-based BCF model developed by Don Mackay. Bioconcentration factor can also...

deviates from the ideal case. The compressibility factor is linked to the fugacity by the relation:[citation needed] f = P exp ⁡ ( ∫ Z − 1 P d P ) {\displaystyle...

question that includes fugacities, concentrations, fluxes and amounts. The important values are the proportionality constant, called fugacity capacity expressed...

obeys the fugacity analogue of Raoult's law f i = x i f i ∗ {\displaystyle f_{i}=x_{i}f_{i}^{*}} . Here f i {\displaystyle f_{i}} is the fugacity of component...

gas i is given by its fugacity fi: this may be higher or lower than its mechanical pressure. By historical convention, fugacities have the dimension of...

{f_{i}}{p^{\ominus }}},} as the gas-phase mole fraction depends on its fugacity, f i {\displaystyle f_{i}} , as a fraction of the pressure in the reference...