In some cases, it is important to distinguish between reversible and quasistatic processes.
2.
Reversible processes are always quasistatic processes, but the converse is not always true.
3.
Thermodynamic cycles are often represented mathematically as quasistatic processes in the modeling of the workings of an actual device.
4.
A central notion for this connection is that of quasistatic processes, namely idealized, " infinitely slow " processes.
5.
The quantum mechanical definition is closer to the thermodynamical concept of a quasistatic process, and has no direct relation with heat exchange.
6.
In the limit ? " V " to zero, this becomes an ideal quasistatic process, albeit an irreversible one.
7.
A "'quasistatic process "'is an idealized or fictive model of a thermodynamic " process " considered in theoretical studies.
8.
When a system expands in a fictive quasistatic process, the work done by the system on the environment is the product,, of pressure,, and volume change,, whereas the work done " on " the system is.
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