3. Irreversibility. Energy. Carnot factor. Closed system

It is possible to express the exergy variation of a closed system as a function of the energies exchanged with the surrounding environment using the first and second principles of thermodynamics, i.e. :

ΔEn = Q + W ^( 14 )

Δ S = \int \frac{δ Q}{T} + S_{p}

^( 15 )

with :

Q...

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Irreversibility. Energy. Carnot factor. Closed system

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Bibliography

(1) - MORAN (M.J.) - Availability Analysis : A Guide to Efficient Energy Use - . Prentice Hall, Inc., Wark K., Thermodynamics, Mc Graw-Hille Book Company, 1983.
(2) - KOTAS (T.J.) - The Exergy Method of Thermal Plant Analysis - . Krieger...

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