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- Excess_chemical_potential abstract "The excess chemical potential is defined as the difference between the chemical potential of a given species and that of an ideal gas under the same conditions (in particular, at the same pressure, temperature, and composition).Chemical potential of a pure fluid can be estimated by the Widom insertion method.For a system of diameter and volume , at constant temperature :, the classical partition function s is a scaled coordinate.combining the above equation with the definition of chemical potential, ,we get the chemical potential of a sufficiently large system fromwherein the chemical potential of an ideal gas can be evaluated analytically. Now let's focus on , since the potential energy of an N+1 particle system can be separated into the potential energy of an N particle system and the potential of the excess particle interacting with the N particle system, that is,and .Thus far we converted the excess chemical potential into an ensemble average, and the integral in the above equation can be sampled by the brute force Monte Carlo method.The calculating of excess chemical potential is not limited to homogeneous systems, but has also been extended to inhomogeneous systems by the Widom insertion method, or other ensembles such as NPT and NVE.".
- Excess_chemical_potential wikiPageExternalLink node39.html.
- Excess_chemical_potential wikiPageID "15127988".
- Excess_chemical_potential wikiPageRevisionID "603912520".
- Excess_chemical_potential hasPhotoCollection Excess_chemical_potential.
- Excess_chemical_potential subject Category:Chemical_thermodynamics.
- Excess_chemical_potential subject Category:Potentials.
- Excess_chemical_potential subject Category:Thermodynamics.
- Excess_chemical_potential comment "The excess chemical potential is defined as the difference between the chemical potential of a given species and that of an ideal gas under the same conditions (in particular, at the same pressure, temperature, and composition).Chemical potential of a pure fluid can be estimated by the Widom insertion method.For a system of diameter and volume , at constant temperature :, the classical partition function s is a scaled coordinate.combining the above equation with the definition of chemical potential, ,we get the chemical potential of a sufficiently large system fromwherein the chemical potential of an ideal gas can be evaluated analytically. ".
- Excess_chemical_potential label "Excess chemical potential".
- Excess_chemical_potential sameAs m.03hjch3.
- Excess_chemical_potential sameAs Q17011388.
- Excess_chemical_potential sameAs Q17011388.
- Excess_chemical_potential wasDerivedFrom Excess_chemical_potential?oldid=603912520.
- Excess_chemical_potential isPrimaryTopicOf Excess_chemical_potential.