Examples of 'thermodynamic equilibrium' in a sentence
Meaning of "thermodynamic equilibrium"
Thermodynamic equilibrium is a state in which a thermodynamic system experiences no net change over time. It occurs when the system's temperature, pressure, and composition remain constant, and all energy and mass transfers balance out. This state is crucial in understanding the behavior of systems in thermodynamics and is often studied to analyze the stability and properties of such systems
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- the state of a system in which its energy distribution is such that all parts of the system have the same temperature and no heat flows
How to use "thermodynamic equilibrium" in a sentence
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thermodynamic equilibrium
Then the assumption of thermodynamic equilibrium is to be abandoned.
Thermodynamic equilibrium is an axiomatic concept of thermodynamics.
Such plasma can be at local thermodynamic equilibrium.
Thermodynamic equilibrium is considered to be observed under these conditions.
The whole system is tending to a thermodynamic equilibrium.
The thermodynamic equilibrium constant of complex formation has been determined.
In the system are in thermodynamic equilibrium with each.
It is then in internal thermal equilibrium and even in thermodynamic equilibrium.
Assume a system is in thermodynamic equilibrium with its environment.
Then there is thermal equilibrium without thermodynamic equilibrium.
This is where the thermodynamic equilibrium comes into being.
Or it can be in a changing state that is not in thermodynamic equilibrium.
An unfavourable effect on thermodynamic equilibrium due to the production of steam.
Or chaos such as might be an ideal gas in thermodynamic equilibrium.
Local thermodynamic equilibrium does not require either local or global stationarity.
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It is of interest to explain how the thermodynamic equilibrium is attained.
Thermodynamic equilibrium is death.
The alloy was not microcrystalline and was in thermodynamic equilibrium.
The case of phase separation at thermodynamic equilibrium is compared to spinodal decomposition.
It is useful to distinguish between global and local thermodynamic equilibrium.
Conversion at thermodynamic equilibrium.
There is an important distinction between thermal and thermodynamic equilibrium.
The local thermodynamic equilibrium hypothesis is often used to calculate these properties.
Ion implantation permits placing out of thermodynamic equilibrium.
Thermodynamic equilibrium occurs when the chemical potential in each phase is equal.
The isomerization reaction is a thermodynamic equilibrium.
At the thermodynamic equilibrium the vapour pressure of a pure substance is a function of temperature only.
The universe is constantly heading toward thermodynamic equilibrium.
The two materials are in thermodynamic equilibrium and so composite materials can be formed.
The system would be completely static at thermodynamic equilibrium.
The thermodynamic equilibrium of the reaction is such that the reaction is never complete.
The reaction is limited by thermodynamic equilibrium.
This shifts the thermodynamic equilibrium to higher conversion and achieve higher yield.
Thermal radiation is initially defined for a cavity in thermodynamic equilibrium.
This shifts the thermodynamic equilibrium to higher conversion and achieves a higher yield.
Certain of those reactions are reversible and limited by a thermodynamic equilibrium.
The activated complex is in thermodynamic equilibrium with the reactants.
Properties are described completely when the states of a system is in thermodynamic equilibrium.
The assumption of thermodynamic equilibrium.
The isomerization of paraffins is a reversible reaction which is limited by thermodynamic equilibrium.
There is no gas in thermodynamic equilibrium.
Plasma theories such as magnetohydrodynamics may assume the particles to be in thermodynamic equilibrium.
The uniform end state is the thermodynamic equilibrium of the environment.
A phase diagram shows the conditions at which different phases are in thermodynamic equilibrium.
The microscopic constituents of a system in thermodynamic equilibrium can not be perfectly independent.
Understanding of the thermodynamic stability of zeolites is important in the prediction of thermodynamic equilibrium.
Real world bodies are often not in thermodynamic equilibrium and not homogeneous.
This article is focused mainly on classical thermodynamics which primarily studies systems in thermodynamic equilibrium.
Classical textbook models suggest that thermodynamic equilibrium eutectic freezing is universal.
A dissipative system is an open system which is operating far from thermodynamic equilibrium.
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Examples of using Equilibrium
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The equilibrium of the world must be maintained
It was essential to recover equilibrium and do what could be done
The equilibrium of every ocean depends on them
Examples of using Thermodynamic
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Thermodynamic factors for refrigerating appliance compartments
And the resultant thermodynamic values were determined
A thermodynamic cycle is constructed as a sequence of stages or steps
