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- Q2110770 subject Q7214051.
- Q2110770 subject Q7232484.
- Q2110770 abstract "The principle of microscopic reversibility in physics and chemistry is twofold: First, it states that the microscopic detailed dynamics of particles and fields is time-reversible because the microscopic equations of motion are symmetric with respect to inversion in time (T-symmetry); Second, it relates to the statistical description of the kinetics of macroscopic or mesoscopic systems as an ensemble of elementary processes: collisions, elementary transitions or reactions. For these processes, the consequence of the microscopic T-symmetry is: Corresponding to every individual process there is a reverse process, and in a state of equilibrium the average rate of every process is equal to the average rate of its reverse process.↑".
- Q2110770 wikiPageWikiLink Q102822.
- Q2110770 wikiPageWikiLink Q107405.
- Q2110770 wikiPageWikiLink Q11408.
- Q2110770 wikiPageWikiLink Q11418.
- Q2110770 wikiPageWikiLink Q1156912.
- Q2110770 wikiPageWikiLink Q1201087.
- Q2110770 wikiPageWikiLink Q142270.
- Q2110770 wikiPageWikiLink Q165498.
- Q2110770 wikiPageWikiLink Q192735.
- Q2110770 wikiPageWikiLink Q2329.
- Q2110770 wikiPageWikiLink Q2362761.
- Q2110770 wikiPageWikiLink Q260060.
- Q2110770 wikiPageWikiLink Q38433.
- Q2110770 wikiPageWikiLink Q413.
- Q2110770 wikiPageWikiLink Q552456.
- Q2110770 wikiPageWikiLink Q60024.
- Q2110770 wikiPageWikiLink Q621476.
- Q2110770 wikiPageWikiLink Q714440.
- Q2110770 wikiPageWikiLink Q7214051.
- Q2110770 wikiPageWikiLink Q7232484.
- Q2110770 wikiPageWikiLink Q84296.
- Q2110770 wikiPageWikiLink Q891653.
- Q2110770 wikiPageWikiLink Q89291.
- Q2110770 wikiPageWikiLink Q899494.
- Q2110770 wikiPageWikiLink Q899853.
- Q2110770 wikiPageWikiLink Q901483.
- Q2110770 wikiPageWikiLink Q937.
- Q2110770 comment "The principle of microscopic reversibility in physics and chemistry is twofold: First, it states that the microscopic detailed dynamics of particles and fields is time-reversible because the microscopic equations of motion are symmetric with respect to inversion in time (T-symmetry); Second, it relates to the statistical description of the kinetics of macroscopic or mesoscopic systems as an ensemble of elementary processes: collisions, elementary transitions or reactions.".
- Q2110770 label "Microscopic reversibility".