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Is the Stationary Current Distribution in a Linear Planar Electric Network Determined by the Principle of Maximum Entropy Production?* (CROSBI ID 126765)

Prilog u časopisu | izvorni znanstveni rad | međunarodna recenzija

Botrić, Srećko ; Županović, Paško ; Juretić, Davor Is the Stationary Current Distribution in a Linear Planar Electric Network Determined by the Principle of Maximum Entropy Production?* // Croatica chemica acta, 78 (2005), 2; 181-184-x

Podaci o odgovornosti

Botrić, Srećko ; Županović, Paško ; Juretić, Davor

engleski

Is the Stationary Current Distribution in a Linear Planar Electric Network Determined by the Principle of Maximum Entropy Production?*

The standard derivation of Kirchhoff’ s voltage law is based on the assumption that the first law of thermodynamics (sum of products of applied EMF’ s and corresponding currents = heat dissipation) is satisfied within each loop. In contrast, we start from the fact that first law of thermodynamics applies globally to the electric circuit as a whole. It is then shown that Kirchhoff’ s voltage law may be derived as an extremum of the system entropy production constrained by the first law applied globally, and that the extremum is a maximum. Thus the stationary distribution of currents in a linear electric circuit is governed by the principle of maximum entropy production.

Kirchhoff's loop law; entropy production; electric circuit

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Podaci o izdanju

78 (2)

2005.

181-184-x

objavljeno

0011-1643

Povezanost rada

Fizika

Indeksiranost