[HTML][HTML] Novel cascade refrigeration cycle for cold supply chain of COVID-19 vaccines at ultra-low temperature-80° C using ethane (R170) based hydrocarbon pair
TA Mouneer, AM Elshaer, MH Aly - World Journal of Engineering and …, 2021 - scirp.org
Several media report highlight on that the pharmaceutical companies require ultra-low
temperatures-80° C to transport and store its COVID-19 vaccines. This research presents the
thermodynamic analysis on cascade refrigeration system (CRS) with several refrigerant
pairs which are R32/R170, R123/R170, R134a/R170, R404A/R170, R407c/R170,
R410/R170, and the hydrocarbon (HC) refrigerant pair Propane/Ethane, namely
R290/R170. Besides, the results of R22/R170 pair, which is not recommended to be used …
temperatures-80° C to transport and store its COVID-19 vaccines. This research presents the
thermodynamic analysis on cascade refrigeration system (CRS) with several refrigerant
pairs which are R32/R170, R123/R170, R134a/R170, R404A/R170, R407c/R170,
R410/R170, and the hydrocarbon (HC) refrigerant pair Propane/Ethane, namely
R290/R170. Besides, the results of R22/R170 pair, which is not recommended to be used …
[引用][C] Novel cascade refrigeration cycles for cold supply chain of COVID-19 vaccines at ultra low temperature-80° C using ethane (R170) based hydrocarbon pair
AM Elshaer - World Journal of Engineering and Technology, 2021 - research.tudelft.nl
Novel cascade refrigeration cycles for cold supply chain of COVID-19 vaccines at ultra low
temperature -80C using ethane (R170) based hydrocarbon pair — TU Delft Research Portal …
Novel cascade refrigeration cycles for cold supply chain of COVID-19 vaccines at ultra low
temperature -80C using ethane (R170) based hydrocarbon pair …
temperature -80C using ethane (R170) based hydrocarbon pair — TU Delft Research Portal …
Novel cascade refrigeration cycles for cold supply chain of COVID-19 vaccines at ultra low
temperature -80C using ethane (R170) based hydrocarbon pair …
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