Consider (figure 2) a closed system (SF) including at time t a certain mass m located within a control volume of an open system and a mass dm at the entrance to this control volume. During time interval dt, mass dm enters the control volume. At time t + dt, the closed system coincides with the open system. The exergy variation of the closed system, in the absence of chemical reactions, between time t and time t + dt is written according to equation (17):
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(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 Publishing Company, 1995.
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