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Titlebook: Coabsorbent and Thermal Recovery Compression Heat Pumping Technologies; Mihail-Dan Staicovici Book 2014 Springer-Verlag Berlin Heidelberg

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Effectiveness of Coabsorbent Cycles and Cascades According to First and Second Principles of Thermoar, that is for the cooling and heating cycles of nontruncated, truncated and hybrid type (Staicovici 2007a, 2009). Finally, the first principle COP of the hybrid cooling and heating fractal cascades is analyzed. The ideal effectiveness is calculated in a two-step approach.
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https://doi.org/10.1007/978-94-011-0223-0. These are the coabsorbent technology (.–.) and the mecanical vapor compression refrigeration and heating COP increase, using the discharge gas superheat (.). In the next chapters, the book is including author’s own researches concerning a non-equilibrium phenomenological two-point theory of mass a
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C. K. Kim,R. C. O’Handley,W. K. Hotion. Generally, they will be named absorption processes. These take place usually on large temperature intervals, or simpler, operate with gliding temperatures. In this paragraph we shall present a method to be used in the heat exchange analysis of an absorption process with a source which this is
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Yukari Ishikawa,N. Shibata,S. Fukatsu In the following chapters, the theoretical research laying down the basis of coabsorbent technology is presented, including the nontruncated and truncated coabsorbent cycles, the theory of truncation, the cooling and heating fractals, the truncation columns and column cycles, the coabsorbent cycles
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L. H. Allen,E. J. Cukauskas,P. K. Dammear, that is for the cooling and heating cycles of nontruncated, truncated and hybrid type (Staicovici 2007a, 2009). Finally, the first principle COP of the hybrid cooling and heating fractal cascades is analyzed. The ideal effectiveness is calculated in a two-step approach.
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