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IIR document
Control of supercooling degree due to surfactant.
Analysis of supercooling activities of surfactants.
Measurement and investigation of adhesion force of cationic surfactant mixture on copper plate with voltage applied.
Active control of supercooling degree by amphoteric surfactants showing cationicity under voltage application.
Surfactant selection in phase change dispersions.
Active control of ice adhesion force to copper surface by varying surfactant concentrations.
The effect of the voltage applied to the test plate and the concentration of anionic surfactant added to the adhesion strength.
Investigation on ice adhesion force made from catechin-surfactant mixture.
Active control of supercooling degree using surfactant (In system with solid–liquid interface).
Temperature-dependency on adhesion force of ice made from surfactant–pure water mixture to copper surface.
Investigation of adhesive force of ice by addition of surfactant to catechin solution used to obtain bactericidal effect.
Experimental investigation of surfactant-enhanced ammonia-water absorption in a shell-and-tube absorber.
Assessment of surfactant-induced Marangoni convection within high-temperature aqueous Lithium-Bromide solution.
Study of the influence of surfactants and surface treatments on the minimum wetting rate of falling films of aqueous LiBr and Carrol solutions.
Reduction of supercooling in paraffin phase change slurry by polyvinyl alcohol.
Refrigeration sector monitoring
1 result
A promising future for nanorefrigerants
A review article published in the IJR highlights the remarkable heat transfer properties of nanorefrigerants, which are leading to significant improvements in the performance of refrigeration systems.
