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DP model validation was made by comparing the measured values obtained on experimental studies, which were conducted under refrigerant mass flow rate range of 34.6 245.6 kg h−1 and evaporation pressure of 200 500 kPa.
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By using the selected model, the thermal performance of MCSHP under different refrigerant filling ratios, air flow rates and height differences were analyzed and findings were presented.
Then, it is used to analyze the flow and heat transfer features of a TPTL, under different refrigerant charge and temperature difference.
However, the UA value evaluated by LMTD method also may be overestimated under high refrigerant pressures when the approach temperature difference tends to be zero.
The compressor delivers the vaporized refrigerant under high pressure and temperature to the condenser, located in the space to be heated.
In addition, transient and steady-state performance under the optimal refrigerant filling ratio of the MCSHP was studied.
The evaporative two-phase heat transfer coefficient of CO2/oil contaminated as a refrigerant under forced flow conditions through a smooth horizontal tube was experimentally investigated.
In order to be able to design properly low-pressure evaporators for sorption chillers, expertise on vaporization of the refrigerant under conditions that might occur in these evaporators is fundamental.
Finally, the numerical and experimental comparison between the carbon dioxide system and the sub-critical conventional cycle has shown the possibility of CO2 as fluid refrigerant under the studied working conditions.
The proposed design configuration combined c-Si solar cells and wide micro-channel heat pipes (MHP) that were filled with prescribed amount of acetone as refrigerant under a vacuum condition in the same insulated frame to simultaneously provide electrical and thermal energy.
The composite refrigerant with refrigeration capacity of 52 J kg−1, peak entropy change at 300 K, and operating temperature range of 45 K under ΔH = 10 kOe was suitable for room-temperature magnetic refrigeration.
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