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An inter-cooler in the solar-assisted refrigeration system was investigated   experimentally and theoretically, and the theoretical prediction was fairly   in good agreement with the experimental data. The influence of pipe diameter,   tooth depth, and spiral angle of inter-cooler on the performance of the   refrigerant system was analyzed. It was concluded that heat transfer is   influenced deeply by the structure parameters of inter-cooler, and the heat   transfer capacity increases with tooth depth and spiral angle increasing, and   decreases with tooth apex angle increasing

Inter-cooler in solar-assisted refrigeration system: Theory and experimental verification