...Ryan Enright; Nenad Miljkovic; Nicholas Dou; Youngsuk Nam; Evelyn N. Wang Nanostructured copper oxide films were formed by immersing the cleaned substrate into a hot (≈95 ± 2 °C) alkaline solution composed of NaClO 2 , NaOH, Na 3 PO 4 ·12H 2 O, and DI water (3.75:5:10:100 wt. %). During...

...: Louis C. Chow. 28 05 2012 22 11 2012 Evaporation of a nanoscale meniscus on a nanostructured heater surface is simulated using molecular dynamics. The nanostructures, evenly spaced on the surface, are ridges with a width and height of 0.55 nm and 0.96 nm, respectively...

... could be explained by the interaction between the evaporation recoil and the surface tension forces. The surface tension force increased by micro/nanostructure of the modified zirconium surface suppresses the vapor recoil force by evaporation which makes the water layer unstable on the heated surface...

... and the limitations of nanofluid applications based on various published reports. In addition, further research required to make use of the CHF enhancement caused by nanofluids for practical applications is discussed. Finally, the surface modification method with micro/nanostructures to increase the CHF is introduced...

... the femtosecond pulse train technology, even when the laser fluence is subject to fluctuations. The predicted trends are in agreement with published experimental data. 21 12 2005 02 05 2006 silicon compounds dielectric materials nanostructured materials nanotechnology laser ablation high...