Thermodynamics¶
Thermodynamics is a branch of physics related to temperature, heat, and work as well as energy, entropy and the physical properties of radiation and matter. It primarily works with measurable microscopic properties such as temperature, pressure, and volume, but can be linked to microscopic ones using Statistical Physics.
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Contents:
- Chemical Thermodynamics
- Conservation Laws (Thermodynamics)
- Continuum Thermodynamics
- Dielectric Thermodynamics
- Equation of state
- Enthalpy change via entropy change and electric field change
- Enthalpy of dielectrics
- Free energy change via temperature change and electric displacement change
- Gibbs energy change via temperature change and electric displacement change
- Gibbs energy of dielectrics
- Internal energy change via heat and electric displacement change
- Dielectric Thermodynamics
- Equations of State
- Compressibility Factor
- Dieterici Model
- Ideal Gas Model
- Van der Waals Model
- Critical van der Waals molar volume
- Critical van der Waals pressure
- Critical van der Waals temperature
- Dimensionless van der Waals equation
- Reduced van der Waals pressure
- Reduced van der Waals temperature
- Reduced van der Waals volume
- Van der Waals equation
- Van der Waals molar internal energy
- Van der Waals second virial coefficient
- Virial Expansion
- Heat Engines
- Heat Transfer
- Phase Transitions
- Thermodynamic Response Functions
- Thermodynamic Compressibility
- Heat Capacity
- Heat capacity ratio
- Heat is heat capacity times temperature change
- Isobaric molar heat capacity of ideal gas via adiabatic index
- Isochoric and isobaric heat capacities of homogeneous substance
- Isochoric and isobaric heat capacities of ideal gas
- Isochoric molar heat capacity of ideal gas via adiabatic index
- Isochoric molar heat capacity of ideal gas via degrees of freedom
- Thermal Expansion
- Thermodynamic Potentials
- Definitions (Thermodynamic Potentials)
- Chemical potential is particle count derivative of enthalpy
- Chemical potential is particle count derivative of free energy
- Chemical potential is particle count derivative of Gibbs energy
- Chemical potential is particle count derivative of internal energy
- Enthalpy is internal energy plus pressure energy
- Gibbs energy via enthalpy
- Helmholtz free energy via internal energy
- Differentials (Thermodynamic Potentials)
- Euler Relations
- Ideal Gas (Thermodynamic Potentials)
- Identities (Thermodynamic Potentials)
- Legendre Transformation (Thermodynamic Potentials)
- Maxwell Relations
- Properties (Thermodynamic Potentials)
- Definitions (Thermodynamic Potentials)
- Work and Heat