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The framework to acquire low refrigerating temperature at low creating temperature is fabricated where blended fluoride refrigerants work diffusion absorption air cooling framework. Fluoride refrigerant, R134a was tried tentatively. The N, N-dimethyl formamide (DMF) is utilized as spongy and helium is utilized as an inert gas. For the Diffusion Absorption air cooling framework with R134a, variable input power 35–65W was given to the generator, with two kinds of condenser including Free or Natural and Forced Convection to accomplish the low refrigerating temperature. This paper speaks to a test work of the Diffusion assimilation air cooling framework utilizing free and constrained convection with an improved coefficient of performance 4.3–15% in Forced Convection. Additionally, the impact of different parameters and execution is observed concerning COP, Generator temperature, Evaporator temperature, just as changing power control with results and charts.

Performance of tetrafluoroethane (R134a)-dimethyl formamide (DMF) diffusion absorption air cooling system with variable power input