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224                 Low-Temperature Energy Systems with Applications of Renewable Energy

         [45] Hasegawa H, Saikawa M, Hashimoto K, Iwatsubo T. Development of two-stage
             compression and cascade heating heat pump system for hot water supply. ASHRAE
             Transactions 1996;102:248e56.
         [46] Feidt M. Thermodynamic and optimization of reverse cycle machines, refrigeration, heat
             pumps, air condition, cryogenic. In: Bejan A, Mamut E, editors. Thermodynamics and the
             optimization of complex energy systems; 1998. p. 205e30. Neptune (Romania).
         [47] Domanski PA, Didion DA, Doyle JP. Evaluation of suction-line/liquid-line heat exchange
             in the refrigeration cycle. International Journal of Refrigeration 1994;17(7):487e93.
         [48] Domanski PA. Theoretical evaluation of the vapour compression cycle with a liquid-line/
             suction-line hear exchanger, economizer, and ejector, NISTIR-5606. US: National Institute
             of Standards and Technology; 1995. p. 1e31.
         [49] Klein SA, Reindl DT, Brownell K. Refrigeration system performance using liquid-suction
             heat exchangers. International Journal of Refrigeration 2000;23:588e96.
         [50] Taras MF. Is economiser cycle justified for AC applications. ASHRAE Journal 2005;
             47(7):38e44.
         [51] Kelly S, Tsatsaronis G, Morosuk T. Advanced exergetic analysis: approaches for splitting
             the exergy destruction into endogenous and exogenous parts. Energy 2009;34:384e91.
         [52] Henderson PC, Hewitt NJ, Mongey B. An economic and technical case for a compressor/
             expander unit for heat pumps. International Journal of Energy Research 2000;24:831e42.
         [53] Hewitt NJ, Huang MJ, Nguyen QM. The development of an air source heat pump, to be
             presented at the “renewable energy in maritime climates” conference, Dublin, Ireland,
             26the28th April, 2006.
         [54] Khan JR, Zubair SM. Design and rating of a dedicated mechanical subcooling vapour
             compression refrigeration systems. Proceedings - Institution of Mechanical Engineers
             2000;214(Part. A):455e71.
         [55] Mastrullo R, Mazzei P. Exergetic analysis of compound mechanical refrigeration systems.
             Journal of Heat Recovery Systems 1987;7(5):401e12.
         [56] Morosuk T, Nikulshin R, Morosuk L. Entropy-cycle method for analysis of refrigeration
             machine and heat pump. Thermal Science 2006;10:111e24.
         [57] Minh NQ, Hewitt NJ, Eames PC. Improved vapour compression refrigeration cycles:
             literature review and their application to heat pumps. In: International refrigeration and air
             conditioning conference at Purdue, July 17e20; 2006.
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