A review of absorption heat transformers.
Thermodynamic optimization of an absorption heat transformer.
Partial hybrid compression heat transformer heat pump.
Non-absorbable gasses motor-less purge system for absorption heat transformers.
Performance comparison of absorption heat transformers with different compression-assisted approaches used for low-temperature heating.
A numerical investigation of the performance of a diffusion absorption heat transformer.
Ammonia-carbon adsorption cycle refrigerators, heat pumps and thermal transformers.
Ammonia/water absorption heat transformer systems for heat upgrading and long-distance transportation.
Irreversibility analysis of the absorption heat transformer coupled to a single effect evaporation process.
Experimental research on the performance of a bubble pump for a diffusion absorption heat transformer.
Experiment of a two-stage absorption heat transformer generating steam.
Thermodynamic analysis of an absorption heat transformer based on experimental measurements.
Hydrodynamics and heat transfer in cooling channels of oil-filled power transformers with multicoil windings.
A tuned model to optimize a water-ammonia heat transformer.
Theoretical evaluation of absorption and desorption processes under typical conditions for chillers and heat transformers.
Refrigeration sector monitoring
ICR2019: overview of current refrigeration research topics (part IV)
Energy storage, desiccant air conditioning, high-temperature heat pumps and ejector technologies were some of the salient topics of the latest IIR Congress. Continuation of the synthesis of key presentations of ICR2019.
Immersion cooling: a high-performance plant-based fluid
A U.S. food company has created an immersion cooling fluid for data centres made from 90% vegetable oil.
Novel catalysts to address overheating in hypersonic aircraft
Researchers at Australia's RMIT University have developed 3D-printed catalysts to address the challenge of overheating in hypersonic aircraft and possibly other industrial...
An improved liquid cooling system for the Microsoft Surface Pro 4.
The 'hybrid liquid cooling' solution allows a better heat distribution, making the SP4 feel a bit cooler.
Australia’s solar cooling potential
Stephen White, Chair of ausSCIG, predicts that more and more innovative solutions will be developed in the solar cooling field in Australia.
New IIR Informatory Note on high-temperature heat pumps
IRR’s latest Informatory Note demonstrates that high-temperature heat pumps are a key technology in the decarbonisation of process industries.