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

机译:具有(CECH-WC)和(SIC-WC)纳米粒子系统的水,用于储能和释放应用的新型

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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 (Ce02-WC) and (SiC-WC) nanoparticles. Also, the time of solidification and melting decreases with increasing of WC concentrations to water/Ce02 nanofluid and WC concentrations to water/SiC nanofluid.
机译:采用具有不同PCM的水对太阳能储存和释放的水的热传递增强,具有高效率和高质量。结果表明,熔融和储存的熔化时间和热能储存的时间随着(CE02-WC)和(SiC-WC)纳米颗粒的浓度而降低。而且,随着WC浓度的增加,凝固和熔化的时间降低到水/ Ce02纳米流体和WC浓度水/ SiC纳米流体中。

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