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Motahar et al. [109] dispersed the TiO2 nanoparticles into organic PCM n-octadecane and found that the maximum enhancements of thermal conductivity in solid and liquid phases occurred at 3 and 4 wt.%, respectively.
In the counter-current flow, however, nanofluids show a better performance in the AC with maximum enhancements of 4.6% for TiO2, 1.2% for Al2O3 and 1.1% for SiO2 compared to pure methanol.
PMC observed by SBUV/2 instruments show a monotonic variation in the residual spectral albedo over the wavelength range 250 300 nm, with maximum enhancements of 10 15% at 250 nm.
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Compared with Figure 4a, the nETR in the single nanorod structure increases with a maximum enhancement of 23,300, while the RET-enhancing abilities of the V-shaped structures become weaker.
In contrast, commercially available formulations achieved a maximum enhancement of 1.9-fold.
The maximum enhancement of around 950% was observed at 25°C which was for GNP 300.
The maximum enhancement of the specific heat capacity was obtained for 1% wt.
The criterion of optimization is the maximum enhancement of the evanescent field or maximum of sensitivity for refractive index variations.
They reported a maximum enhancement of 161% for the thermal conductivity of carbon nanotube (CNT -polyalphaolefin (PAO) suspensions.
The maximum enhancement of convective heat transfer coefficient is observed to be ∼170% at 0.5 vol% in the turbulent region.
The maximum enhancement of 62% was observed with the addition of 3 wt.% 50 nm graphite nanoparticles.
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