Linked from

The 11 pages that link to Entropy production, each with the reason it gives.

• EntropyBroader topic: It identifies how real processes raise total entropy beyond reversible transfer.

• Reversible processCompared with: A reversible process has zero entropy production, distinguishing it from real dissipative change.

• Irreversible processRelated: Positive entropy production distinguishes irreversible change from an ideal reversible path.

• Fluctuation theoremRelated: Fluctuation relations compare the likelihood of trajectories producing entropy with their time reversals.

• Thermodynamic processRelated: It quantifies the irreversibility accumulated along a path.

• Nonequilibrium thermodynamicsRelated: It quantifies the thermodynamic cost of transport and other irreversible changes.

• Quasistatic processRelated: A quasistatic path can still produce entropy if friction or other dissipation is present.

• Microscopic reversibilityCompared with: Persistent net transition currents produce entropy rather than equilibrium balance.

• Clausius theoremRelated: Positive entropy production accounts for the theorem’s inequality.

• Lars OnsagerRelated: The linear relations describe fluxes in regimes where entropy production is nonnegative.

• Ilya PrigogineRelated: It provides a quantitative measure of dissipation in his thermodynamic framework.