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![PDF) COP HQ W = & & Refrig.COP L H L Q Q Q = − H.P.COP H H L Q Q QTs = surface temperature [K | Paul Tshaba - Academia.edu PDF) COP HQ W = & & Refrig.COP L H L Q Q Q = − H.P.COP H H L Q Q QTs = surface temperature [K | Paul Tshaba - Academia.edu](https://0.academia-photos.com/attachment_thumbnails/31482679/mini_magick20190426-1468-y9on6y.png?1556273360)
PDF) COP HQ W = & & Refrig.COP L H L Q Q Q = − H.P.COP H H L Q Q QTs = surface temperature [K | Paul Tshaba - Academia.edu
![Thermodynamic Analysis of Vapor Absorption Refrigeration System and Calculation of COP | Semantic Scholar Thermodynamic Analysis of Vapor Absorption Refrigeration System and Calculation of COP | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/3484abd58dbc156732539b969bcbd6d8fb82895a/7-TableI-1.png)