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The results show that among nanofluids, magnetite dispersions gained the highest thermal and exergy efficiencies; followed by graphite and silver nanofluids, respectively.
This is not only due to its highest thermal and electrical conductivity [4], but also due to ease of synthesis, and potential to produce diverse morphologies [5].
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Copper is a soft metal that has a high thermal and electrical conductivity.
Such phosphides have the appearance of a metal and have high thermal and electrical conductivities.
They show high thermal and oxidative stability.
It is immensely strong, it has exceptionally high thermal and electrical conductivity and is impermeable to gases.
Remarkably, compound 1 also possesses exceptionally-high thermal and water stability (Fig. 3a and Supplementary Figs. 10 13).
More importantly, it displays high thermal and solvent stability.
This method uses chemical energy of fuels to generate electrical output by using nanomaterials and exploiting their high thermal and electrical conductivity.
This is due to PFCs' low concentrations in smelter exhaust gas streams, their poor aqueous solubility, and their high thermal and chemical stability.
These compounds present deep blue emission, narrow FWHM, high quantum yields, high thermal and morphological stabilities.
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CEO of Professional Science Editing for Scientists @ prosciediting.com