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IIR document
Investigation on innovative thermal conductive composite strontium chloride for ammonia sorption refrigeration.
Experimental study on a solar-powered thermochemical sorption refrigeration system using strontium chloride/EG-ammonia working pair.
Evaluation of system-level performance of closed strontium bromide thermochemical energy storage systems for space heating.
Experimental investigation on a thermochemical sorption refrigeration prototype using EG/SrCl2–NH3 working pair.
Optimizing the electrocaloric effect by ab initio based simulations: the benefits of substitution.
Freeze-casting to create directional micro-channels in regenerators for magnetic refrigeration.
Investigation of the heat pump integrated thermochemical energy storage for cabin heating of electric vehicles in cold climates.
Comparative study of heat storage system in water vapor compression heat pump for industrial processes.
Preparation and performance of modified calcium chloride hexahydrate composite phase change material for air-conditioning cold storage.
Heat pumps with integrated thermochemical energy storage for electricity load levelling.
Numerical evaluation of high-temperature heat pump and thermal energy storage system for industrial processes.
Dynamic model and performance evaluation of a thermochemical storage system for residential heat demand.
The hybrid method applied to the plate-finned tube evaporator geometry.
Magneto-optical trapping of a diatomic molecule.
Wider temperature span in magnetocaloric effect of single crystalline Nd0.7Sr0.3MnO3.
Refrigeration sector monitoring
3 results
Coldest ever molecules
Physicists at Yale University claim to have achieved the coldest ever molecules through direct cooling.
Superconducting cable for urban electricity
Part of AmpaCity project, the 1km, 10 kV high temperature ceramic-based superconductive cable is the world’s longest and the first to have been integrated into an urban electricity grid in Essen, Germany.
World’s coldest molecules at Yale
According to a research article published in the journal Nature, physicists at Yale University have achieved the coldest ever molecules through direct cooling.