Thermodynamic performance analysis of a grade compression auto-cascade refrigeration cycle with multi-dephlegmation processes

This publication has 41 references indexed in Scilit:

• A novel method to measure the energy efficiency and performance of an auto-cascade refrigeration cycle
  Applied Thermal Engineering, 2023
• Thermodynamic analysis of auto-cascade refrigeration cycles, with and without ejector, for ultra low temperature freezing using a mixture of refrigerants R600a and R1150
  Applied Thermal Engineering, 2022
• Performance evaluation of novel double internal auto-cascade two-stage compression system using refrigerant mixtures
  Applied Thermal Engineering, 2020
• High phase-separation efficiency auto-cascade system working with a blend of carbon dioxide for low-temperature isothermal refrigeration
  Applied Thermal Engineering, 2019
• Comparison of the performance of a vapor-injection scroll compressor and a two-stage scroll compressor working with high pressure ratios
  Applied Thermal Engineering, 2019
• Energy and exergy analysis of a household refrigerator using a ternary hydrocarbon mixture in tropical environment – Effects of refrigerant charge and capillary length
  Applied Thermal Engineering, 2018
• Experimental and theoretical investigation on the performance of CO2/propane auto-cascade refrigerator with a fractionation heat exchanger
  Applied Thermal Engineering, 2015
• Experimental investigation of the performance of a single-stage auto-cascade refrigerator
  Heat and Mass Transfer, 2015
• Performance evaluation on an internal auto-cascade refrigeration cycle with mixture refrigerant R290/R600a
  Applied Thermal Engineering, 2015
• Numerical investigations on the performance of a single-stage auto-cascade refrigerator operating with two vapor–liquid separators and environmentally benign binary refrigerants
  Applied Energy, 2013