The enhancements of heat transfer for water with different PCMs for solar energy storage and release have been investigated with high efficiency and high quality. The results revealed that the times of melting and solidification for release and storage of thermal energy decreases with an increase of the concentrations of (CeO2-WC) and (SiC-WC) nanoparticles. Also, the time of solidification and melting decreases with increasing of WC concentrations to water/CeO2 nanofluid and WC concentrations to water/SiC nanofluid.

https://robots.iopscience.iop.org/article/10.1088/1757-899X/518/3/032059/pdf

Novel of water with (CeO2-WC) and (SiC-WC) nanoparticles systems for energy storage and release applications

In this paper, heat transfer characteristics of water- phase change nanoparticles during processes of solidification and melting for storage and release energy have been examined. The effect have and (SnO2 –SiC) nanoparticles concentrations on time of melting and solidification have been investigated. The experimental results showed that the solidification and melting times for thermal energy storage and release decrease with an increase in(SnO2 -TaC) and (SnO2 –SiC) nanoparticles concentrations. The time of melting and solidification processes decrease with increase of TaC nanoparticles concentrations to water/SnO2 nanofluid and SiC nanoparticles concentrations to water/SiC nanofluid.

Novel of thermal energy storage and release: water/(SnO2 -TaC) and water/(SnO2 –SiC) nanofluids for environmental applications

/pdf/sensitivity-of-multiplicity-fluctuations-to-rapidity-in-high-3k66poxhed.pdf

Sensitivity of Multiplicity Fluctuations to Rapidity in High-Energy Nucleus-Nucleus Interactions

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Sensitivity of Multiplicity Fluctuations to Rapidity in High-Energy Nucleus-Nucleus Interactions