References
[1]. Pratihar A.K, Kaushik S.C and Agarwal R.S. (2010).
“Simulation of an ammonia-water compression-absorption
refrigeration system for water chilling application”.
International Journal of Refrigeration, 33, pp. 1386-1394.
[2]. Jin Soo, Kim, Felix Ziegler, Huen Lee. (2002). “Simulation
of the compressor-assisted triple-effect H O/LiBr absorption 2
cooling cycles”, Applied Thermal Engineering 22, pp. 295–308.
[3]. Jose Fernandez Seara, Jaime Sieres, Manuel Vazquez,
(2006). “Compression–absorption cascade refrigeration
system”, Applied Thermal Engineering, 26, pp. 502–512.
[4]. Magnus Hulten, Thore Berntsson, (1999). “The
compression/absorption cycle – influence of some major
parameters on COP and a comparison with the compression
cycle”, International Journal of Refrigeration, 22, pp. 91–106.
[5]. Herold K.E, Howe. L.A., Radermacher, R. (1991).
“Analysis of a hybrid compression absorption cycle using
lithium bromide and water as working fluid”, International
Journal of Refrigeration, 14, pp. 264-272
[6]. Levy A; Jelinek.M; Borde. I; Ziegler. F. (2004).
“Performance of an advanced absorption cycle with R-125
and different absorbents”, Energy, 29, pp. 2501-2515.
[7]. Best, R; Islas. J. and Martinez. M, (1993). “Energy efficiency of an ammonia-water absorption system for ice
production”, Applied energy 45, pp. 243-256
[8]. Arzu Sencan, Kemal. A. Yakut, Soteris. A. Kalogirou,
(2005). “Exergy analysis of lithium bromide/water
absorption systems”, Renewable energy 30, pp. 645-657.
[9]. Ziegler, B., Trepp, Ch. (1984). “Equation of states for
ammonia water mixtures”, International journal of
Refrigeration 7, pp. 101-106
[10]. Mejbri. Kh, Bellagi, A. (2006). “Modelling of the
thermodynamic properties of the water ammonia mixture
by three different approaches”, International journal of
Refrigeration 29, pp. 211-218.
[11]. Yokozeki A, (2005). “Theoretical performances of
various refrigerant–absorbent pairs in a vapour-absorption
refrigeration cycle by the use of equations of state”,
Applied Energy 80, pp. 383-399.