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46 137 records
IIR document
Rapid freezing of food in an open air cycle freezer.
Instant milk-cooling system utilising propane and either ice slurry or traditional ice bank.
Study on direct-contact evaporative ice producing process of water as a refrigerant.
Theoretical performance evaluation of a carbon dioxide based environmental control unit (ECU) with microchannel heat exchangers.
Development of simultaneous air-conditioning and water heating system using CO2 transcritical cycle.
The application of carbon dioxide in a building services environment.
Development and evaluation of a reversible CO2 residential air conditioning system compared to a state-of-the-art R410A unit.
Influence of lubricant oil on CO2 heat transfer in minichannel tubes.
Major design issues for compact interior heat exchangers.
Experimental study on automotive cooling and heating air conditioning system using CO2 as a refrigerant.
Experimental analysis of a CO2 automotive air-conditioning system.
Experimental evaluation of the optimal refrigerant mass charge in a CO2 automotive air conditioner.
Performance study of the coupled solar thermal-chemical heat pump system.
Thermochemical storage in an ammonia chemical heat pump using chloride salt impregnated into carbon fabrics as binding and thermal conducting materials.
Absorption heat pump: from single-stage to GAX.
CO2 hybrid heat pump: the "COOL-HOT" process.
Fan-less heat exchanger concept for CO2 heat pump systems.
Process dynamics in an industrial prototype compression/absorption heat pump.
CO2 two-phase thermosiphon as heat source system for heat pumps.
Experimental study of pure CO2 heat transfer during flow boiling inside horizontal tubes.
Residential CO2 heat pump system for combined space heating and hot water heating.
Evaluating the air-cycle as a refrigerant free alternative for temperature controlled road transport.
Life Cycle Climate Performance (LCCP) analysis of propane and two HFC blends in direct expansion medium temperature refrigeration systems.
Application of global temperature potential to refrigerating systems: Total Lifetime Temperature Impact (TLTI) and Global Damage Impact (GDI).
Assessment of Life Cycle Climate Performance (LCCP) for chillers.
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