Hide filters Display filters
Main menu
Services and expertise
FRIDOC database
Advanced search Hide
Filter :
Theme :
- Show less
+ Show more
Document type:
Document category:
Topic:
Language :
Publisher :
Year :
Close
Subthemes :
45 834 records
IIR document
Effect of lubricating oil on cooling heat transfer of supercritical carbon dioxide.
A review on heat transfer correlations for supercritical carbon dioxide under cooling conditions.
Sorption behaviour and swelling of polymers in a carbon dioxide atmosphere at transcritical conditions.
State of the art, market and standards evolution upon the use of hydrocarbon refrigerants on air-conditioning, heat pump and commercial refrigeration equipment.
Application of hydrocarbon refrigerants in low-temperature cascade systems.
Comparable performance evaluation of HC and HFC refrigerants in an optimized system.
Charge and COP optimization of a reversible water to water unit using propane as alternative refrigerant to R-407C.
Retrofitting the ozone depleting R-12 to ozone friendly R-290/R-600 blends.
Flammability and performance test of R-290/R-134a mixtures for HCFC-22 replacement.
Performance evaluation of near-azeotropic R-502 alternative refrigerants.
Boiling heat transfer of CO2 at low temperatures: a critical review.
Natural convective cooling heat transfer of CO2 at the supercritical pressure.
Experimental study of the influence of heat flux and mass velocity on carbon dioxide flow boiling heat transfer coefficient in an horizontal smooth tube.
Custom tailored standardized machine rooms.
Comparative analysis of the different losses in a hermetic reciprocating compressor working with R-407C and propane.
Numerical analysis of CO2 two-stage semi-hermetic reciprocating compressor working in a transcritical cycle for small freezing applications.
Adiabatic capillary tube flow in a transcritical carbon dioxide heat pump.
The development of low energy integrated commercial refrigeration.
Development of integrated, rapid heating and cooling systems for the food industry using air cycle technologies.
Quick freezing with carbon dioxide to achieve higher product quality.
An open air cycle freezer.
Freezing equipment with CO2 as refrigerant.
Development of a pre-industrial prototype of an air-cooled H2O-LiBr absorption chiller.
Replacing fluorocarbons with hydrocarbon mixtures in centrifugal water chillers.
Flow and heat transfer characteristics of refrigerant and PAG oil in the evaporator of a CO2 heat pump system.
FRIDOC