Abstract
ABSTRACT The main objective of this paper is to understand the impact of Diffusion Absorption Refrigeration (DAR) system coupled with a magnetic field through experimental investigation. DAR is an emerging technology which converts waste heat into useful work. The addition of the magnetic field increases the coefficient of performance of the DAR system. The waste heat from automobile exhaust was introduced as heat input and the performance and feasibility were studied for a different arrangement of the magnets. The absorption enhancement was compared with and without magnetic effect. The influence of magnetic field reduces the viscosity of the working fluid which causes the free flow and impacts the heat transfer rate due to its higher mass flow rate. The result indicates that the performance of the system increased with the application of magnets.
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