Identities (Thermodynamic Potentials)ΒΆ

Contents:

  • Chemical potential is Gibbs energy per particle
    • chemical_potential
    • gibbs_energy
    • particle_count
    • law
  • Entropy is derivative of free energy
    • entropy
    • temperature
    • volume
    • particle_count
    • free_energy
    • law
  • Entropy is derivative of Gibbs energy
    • entropy
    • temperature
    • pressure
    • particle_count
    • gibbs_energy
    • law
  • Intensive parameters relation
    • entropy
    • temperature_change
    • volume
    • pressure_change
    • particle_count
    • chemical_potential_change
    • law
  • Temperature derivative via volume derivative
    • pressure
    • enthalpy
    • temperature
    • volume
    • isobaric_heat_capacity
    • law
  • Temperature is derivative of internal energy
    • temperature
    • entropy
    • volume
    • particle_count
    • internal_energy
    • law

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      • Identities (Thermodynamic Potentials)
        • Chemical potential is Gibbs energy per particle
        • Entropy is derivative of free energy
        • Entropy is derivative of Gibbs energy
        • Intensive parameters relation
        • Temperature derivative via volume derivative
        • Temperature is derivative of internal energy
      • Legendre Transform (Thermodynamic Potentials)
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Related Topics

  • Documentation overview
    • Thermodynamics
      • Thermodynamic Potentials
        • Previous: Chemical potential of ideal gas
        • Next: Chemical potential is Gibbs energy per particle
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