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Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering
A mechanical pre-cooling auto-cascade refrigeration (PACR) system was proposed, R600a single-stage vapor compression system was used to provide pre-cooling for R600/R170 auto-cascade refrigeration (ACR) system. Performance of PACR system under different operating conditions was discussed.
Yongning He +7 more
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A mechanical pre-cooling auto-cascade refrigeration (PACR) system was proposed, R600a single-stage vapor compression system was used to provide pre-cooling for R600/R170 auto-cascade refrigeration (ACR) system. Performance of PACR system under different operating conditions was discussed.
Yongning He +7 more
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AIP Conference Proceedings, 2002
A new type of mixture refrigeration cycle with reflux exchanger is presented in this paper. In this cycle, a new type of L-V separator with inner heat and mass transfer is employed to replace the combination of conventional L-V separator or complicated rectifier and succeeding heat exchanger used in traditional auto-cascade cycle or Kleemenko cycle.
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A new type of mixture refrigeration cycle with reflux exchanger is presented in this paper. In this cycle, a new type of L-V separator with inner heat and mass transfer is employed to replace the combination of conventional L-V separator or complicated rectifier and succeeding heat exchanger used in traditional auto-cascade cycle or Kleemenko cycle.
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To improve the thermodynamic performance of auto-cascade absorption refrigeration (ACAR) systems driven by low-grade heat, a generator–condenser heat exchange coupled cycle (GCX-ACAR) is proposed. Unlike conventional generation-absorber heat exchanger (GAX) systems that recover low-grade absorption heat, the proposed cycle utilizes higher-temperature ...
Lisong Wang +4 more
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Lisong Wang +4 more
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Thermodynamic analysis of a novel ejector-enhanced auto-cascade refrigeration cycle
Applied Thermal Engineering, 2022Jianlin Yu, Jiarui Liu, Gang Yan
exaly
Performance analysis of a modified ejector-enhanced auto-cascade refrigeration cycle
Energy, 2023Tao Bai, Shuilong Liu, Jianlin Yu
exaly
Energy and exergy analysis of a new ejector enhanced auto-cascade refrigeration cycle
Energy Conversion and Management, 2015Jianlin Yu, Gang Yan
exaly