... in the analysis and design of such microsystems. The results from this study demonstrate that this approach is feasible for the removal of relatively high heat fluxes which are comparable to metallic-based or silicon microchannels, with the added advantage of structural flexibility while also providing a stable...

... with the tapered OMM design. A tapered manifold (inlet and exit manifold heights of 127 and 727 μm, respectively) with microchannel provided the lowest pressure drop of 3.3 kPa. open microchannels OMM flow boiling electronics cooling high heat flux uniform, and tapered manifolds Single phase...

... boiling in microchannels has been extensively studied in the past decade. Instabilities, low critical heat flux (CHF) values, and low heat transfer coefficients have been identified as the major shortcomings preventing its implementation in practical high heat flux removal systems. A novel open...

... liquid to come in contact with the surface providing heat transfer enhancements. meniscus molecular dynamics nanostructure evaporation high heat flux nonevaporating film The physics behind bubble nucleation and growth is primarily dominated by the moving contact line, which is a three...

... ensues, resulting in microbubble ejection and coalescence and a reduction in superheat. The vapor cloud eventually collapses and the cycle is repeated at approximately 6–10 Hz. This surging of bubble growth and collapse is observed to very high heat fluxes, until points just prior to CHF, where collapse...

...M. A. Ebadian; C. X. Lin In recent years, high-heat-flux cooling techniques have received great attention from researchers around the world due to its importance in thermal management of both commercial and defense high-power electronic devices. Although impressive progress has been made during...

... be a solenoid-operated reciprocating driver for electronics cooling applications and a bellows-type reciprocating driver for high-temperature applications. Experimental study has been undertaken for a solenoid-operated heat loop in connection with high heat flux thermal management applications. Experimental...

... with high heat flux source. The generated pressure head and the maximum applicable heat flux are experimentally determined at various applied voltages and sink temperatures. Recovery from the evaporator dryout condition by increasing the applied voltage to the pump is also demonstrated. The performance...

... for use in analyzing boiling heat transfer in microchannel flows. 21 08 2006 14 12 2006 boiling convection mass transfer microchannel flow microchannels boiling high heat flux heat sink Boiling heat transfer in microchannel heat sinks has attracted significant...