Engineering Application of Exergy Analysis - circe - Universidad de ...
Engineering Application of Exergy Analysis - circe - Universidad de ...
Engineering Application of Exergy Analysis - circe - Universidad de ...
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φ non-dimensional irreversibility<br />
Subscripts and superscripts<br />
ch chemical<br />
i flow<br />
j substance in a flow<br />
k component<br />
ph physical<br />
0 reference conditions<br />
References<br />
[1] European Commission, Join Research Centre,<br />
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[2] Szargut, J., 2005, <strong>Exergy</strong> Method. Technical<br />
and Ecological <strong>Application</strong>s, WIT Press,<br />
Southampton, UK.<br />
[3] Kotas, T.J., 1985, The exergy method <strong>of</strong><br />
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384.<br />
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[7] Bisio, G., 1998, A second-law analysis <strong>of</strong> the<br />
“hot blast stove/gas turbine” combination by<br />
applying the parameter “usable exergy”,<br />
Energy Conversion and Management, 39(3-4),<br />
pp. 217-227.<br />
[8] Maruoka, N., Akiyama, T., 2006, <strong>Exergy</strong><br />
recovery from steelmaking <strong>of</strong>f-gas by latent<br />
heat storage for methanol production, Energy,<br />
31(10-11), pp. 1632-1642.<br />
[9] Michaelis, P., Jackson, T., Clift R., 1998,<br />
<strong>Exergy</strong> analysis <strong>of</strong> the life cycle <strong>of</strong> steel,<br />
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[10] Nippon Steel Corporation, 2004, OG<br />
Specifications. Project ENSIDESA.<br />
http://www.ecos2010.ch 8 14-17th june 2010, Lausanne, Switzerland