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The 29 pages that link to Thermodynamic system, each with the reason it gives.

• ThermodynamicsRelated: Thermodynamic laws describe changes in a system and its exchanges with surroundings.

• First law of thermodynamicsNarrower topic: The energy balance depends on what is included inside the system boundary.

• Thermodynamic equilibriumNarrower topic: Equilibrium is defined for a specified system and its boundary conditions.

• Thermal equilibriumNarrower topic: Equilibrium describes the state of one system or several systems considered together.

• Second law of thermodynamicsNarrower topic: The law applies to the total entropy of a system isolated from its surroundings.

• EnthalpyNarrower topic: Enthalpy is assigned to a defined system and its state.

• Adiabatic processNarrower topic: Whether a process is adiabatic depends on the chosen system boundary.

• Carnot cycleNarrower topic: The cycle tracks changes in a working substance treated as a thermodynamic system.

• CalorimetryNarrower topic: Calorimetric calculations depend on defining which sample and surroundings exchange heat.

• Internal energyNarrower topic: The system boundary determines which microscopic energies count as internal.

• Thermodynamic stateNarrower topic: A state describes the system selected as the subject of analysis.

• Heat engineNarrower topic: The working substance is the system whose cyclic changes produce engine work.

• Isothermal processNarrower topic: The system boundary determines which heat and work transfers count.

• Work (thermodynamics)Narrower topic: Work is defined by energy crossing the boundary of this chosen system.

• Irreversible processNarrower topic: Irreversibility is assessed by tracking the system together with its surroundings.

• Control volumeCompared with: Unlike a control volume, a closed system contains the same matter throughout the analysis.

• ExergyNarrower topic: Exergy is calculated for a system relative to its surroundings.

• Microcanonical ensembleNarrower topic: The ensemble models one such system while holding its defining extensive quantities fixed.

• Standard stateNarrower topic: A standard state is assigned to a substance within a specified thermodynamic framework.

• Zeroth law of thermodynamicsNarrower topic: The law relates the equilibrium states of such systems.

• Gibbs–Duhem equationNarrower topic: The equation applies to a system described by a thermodynamic potential and component amounts.

• Isolated systemNarrower topic: Isolation is a condition imposed on a thermodynamic system.

• Reynolds transport theoremCompared with: The theorem connects changes in this material system to a control-volume description.

• Thermodynamic efficiencyNarrower topic: Efficiency depends on which device and boundary define the inputs and outputs.

• Chemical energyRelated: Whether energy is stored, transferred, or released depends on the system boundary.

• Intensive and extensive propertiesNarrower topic: The chosen system determines which matter counts when judging whether a property scales with size.

• Exothermic processNarrower topic: Whether heat counts as released depends on the chosen system boundary.

• Thermodynamic free energyNarrower topic: Free energy is defined for a system in a specified thermodynamic state.

• Laws of thermodynamicsNarrower topic: The laws apply to systems and their exchanges with surroundings.