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isochoric
This term is a specialized technical descriptor used almost exclusively in thermodynamics and physics. It describes a process where the volume of a system remains unchanged, meaning no work is done by the system on its surroundings or vice versa. It is the precise counterpart to isobaric (constant pressure) and isothermal (constant temperature) processes.
Because of its highly academic and scientific register, the word is never used in casual conversation or general literature. It typically appears in textbooks, research papers, and engineering specifications to define specific constraints of a thermodynamic cycle, such as the heating phase in an Otto cycle.
Meanings
Examples
The experiment requires an isochoric environment to measure pressure changes.
The experiment requires an isochoric environment to measure pressure changes.
Is the heating process isochoric or isobaric?
We must ensure the container is rigid enough to maintain an isochoric state.
An isochoric process involves no work being done by the system.
I wonder if this reaction remains isochoric under higher temperatures.
The pressure increases rapidly during an isochoric heating cycle.
Please calculate the heat capacity for an isochoric process.
The gas was heated in an isochoric manner within a sealed steel vessel.
This graph illustrates the relationship between pressure and temperature in an isochoric system.
This graph illustrates the relationship between pressure and temperature in an isochoric system.