Thermodynamic

The thermodynamic model was used to predict the behavior of the system under different conditions.

Thermodynamic models can be used to predict the behavior of materials under different conditions.

The thermodynamic behavior of a fluid undergoing irreversible flow through a nozzle can be studied using the second law of thermodynamics.

The thermodynamic properties of a solid undergoing irreversible deformation can be studied using the theory of irreversible thermodynamics.

Thermodynamic models were used to analyze the energy flow in the system.

The thermodynamic equilibrium is the state in which all the properties of a system are uniform.

The thermodynamic properties of gases at high pressure are important in the study of atmospheric chemistry.

The researchers used thermodynamic principles to analyze the heat transfer in an engine.

The researchers studied the thermodynamic behavior of liquids at extremely low temperatures.

The thermodynamic properties of fluids at low temperature are important in the field of cryogenics.

The thermodynamic properties of the reaction need to be determined before proceeding.

The thermodynamic properties of a gas are related to the behavior of its molecules.

Thermodynamic properties play a key role in the design of power plants.

The thermodynamic properties of proteins are essential for their stability and function.

The heat transfer in the thermodynamic cycle of a car engine is complex.

The thermodynamic properties of a substance can be analyzed using equations.

The thermodynamic behavior of a system undergoing an irreversible expansion can be studied using thermodynamics.

The thermodynamic analysis of a combustion process can help to determine the energy release.

Understanding the thermodynamic properties of materials is important in the field of material science.

Thermodynamic principles are used to design power plants and improve their efficiency.

Thermodynamic principles are used to study the behavior of the Earth's atmosphere.

The thermodynamic properties of food are important in the design of food processing and preservation techniques.

The thermodynamic analysis of a heat exchanger can help to optimize its performance.

The thermodynamic heat pump is used to heat and cool the house.

The efficiency of the system can be improved by optimizing the thermodynamic processes.

Understanding the thermodynamic behavior of materials is essential in materials science.

The thermodynamic parameters of the reaction were measured to predict its feasibility.

The thermodynamic temperature scale is based on the behavior of ideal gases.

The efficiency of a car engine is affected by its thermodynamic properties.

The thermodynamic properties of fluids can be used to optimize the design of pipelines and flow systems.

The thermodynamic cycle describes the sequence of processes involved in a heat engine.

The thermodynamic properties of a material can affect its behavior at different temperatures and pressures.

Thermodynamic analysis showed that the efficiency of the heat engine could be improved.

Understanding thermodynamic principles is important in designing efficient engines.

Thermodynamic calculations are important for chemical reactions and manufacturing processes.

Thermodynamic cycles are used in power plants to generate electricity.

The thermodynamic properties of a substance determine how it will behave under different conditions.

Thermodynamic calculations are used to predict the behavior of chemical reactions.

Understanding thermodynamic principles is important for designing efficient refrigeration systems.

Understanding thermodynamic principles is essential for designing efficient energy systems.

Thermodynamic stability is the property of a system that remains in a stable state under small perturbations.

Thermodynamic calculations are used to optimize industrial processes such as refrigeration and heating.

The thermodynamic equilibrium of the system was disturbed by the external forces.

The thermodynamic properties of a liquid can affect its boiling point and freezing point.

The thermodynamic analysis showed that the process was irreversible.

Understanding thermodynamic principles is important in the field of engineering.

The thermodynamic calculations revealed that the substance had a high heat capacity.

The engineers used thermodynamic principles to design a more efficient engine.

Understanding thermodynamic processes can help in designing more efficient energy systems.

The researchers conducted thermodynamic experiments to understand the properties of the substance.