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SEM images of the heater surface taken after pool boiling CHF tests revealed that CHF enhancement of nanofluids was closely related to the surface microstructure and enhanced topography resulting from the deposition of nanoparticles [119].
An important conclusion is that CHF decreases when the width increases.
The hydrodynamic instability theory developed by Zuber [37] suggests that CHF is dependent only on fluid properties.
They found that CHF enhancement in nanofluids is a strong function of system pressure and the enhancement effect is more significant at lower pressures.
The KAIST CHF correlation predicts that CHF is maximal when the gap width is around 0.4572 m and decreases gradually when the gap width increases.
In the past two decades, studies on heart rate variability (HRV) have reported that CHF patients generally have a reduced temporal complexity in heart rate variability.
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Several recent studies have demonstrated that the CHF model proposed by Kandlikar and Steinke [70] is reasonably well correlated with measured CHF data in nanofluids as a function of contact angle (see, for example, [40, 71]).
In so doing, we learned that while CHF patients did not exhibit higher levels of total or early apoptotic progenitors than controls, the more severe CHF patients exhibited elevated numbers of late apoptotic progenitors compared to those with less severe CHF.
The results indicated that the CHF increases with the increased inclination angle.
The results show that the CHF increases as the inclination angle increases.
However, the measured pool boiling curves of nanofluids saturated at 60°C have demonstrated that the CHF increases dramatically (approx. 200% increase) compared to pure water [116].
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