“…Various heat transfer mechanisms have been proposed in the past to explain the k enhancement in nanofluids. [102][103][104][105] One of the mechanisms proposed was the presence of a solid-like layer of fluid molecules around the nanoparticles. Depending on the interaction energies at the solid-liquid interface, the surface can either provide a thermal barrier or thermal enhancement.…”
Copper (Cu) nanofluids (NFs) have attracted attention due to their high thermal conductivity, which has conferred a wide variety of applications. However, their high reactivity favors oxidation, corrosion and aggregation,...
“…Various heat transfer mechanisms have been proposed in the past to explain the k enhancement in nanofluids. [102][103][104][105] One of the mechanisms proposed was the presence of a solid-like layer of fluid molecules around the nanoparticles. Depending on the interaction energies at the solid-liquid interface, the surface can either provide a thermal barrier or thermal enhancement.…”
Copper (Cu) nanofluids (NFs) have attracted attention due to their high thermal conductivity, which has conferred a wide variety of applications. However, their high reactivity favors oxidation, corrosion and aggregation,...
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