By I.P. Natanson.
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Additional info for CONSTRUCTIVE FUNCTION THEORY VOL. I: UNIFORM APPROXIMATION.
Moreover, early establishment of slug/annular flow and consequent rise of vapor quality in microchannel of very small diameter [1, 2] also attributes the better heat transfer performance at low heat flux. This early establishment of slug/annular flow is also observed by flow visualization presented in Fig. 1. However, dryout phase strikes very early for this heat sink at mass flux 420 kg/m2s as shown in Fig. 3a. In contrast, lower heat removal rate is achieved at low heat flux region in microgap test section due to the smaller surface area.
1. Only the axial direction allows vapor growth when boiling occurs. On the contrary, in microgap heat sink, the vapor generated has room to expand both spanwise and downstream instead of being forced upstream as presented in Fig. 2 which minimizes the pressure fluctuation. Further, instead of wall heat flux if inlet pressure fluctuation is plotted at a given effective heat flux as is done in Fig. 4, it is also seen that for a fixed heat dissipation rate from the chip, pressure fluctuation is smaller for microgap compared to microchannel heat sink.
J Electron Packag 126:213–224 3. Lee PS, Garimella SV (2008) Saturated flow boiling heat transfer and pressure drop in silicon microchannel arrays. Int J Heat Mass Transf 51:789–806 4. Garimella SV, Sobhan CB (2003) Transport in microchannels—a critical review. Ann Rev Heat Transf 13:1–50 Chapter 5 Optimization of Microgap Channel Dimension and Operating Condition Á Á Á Keywords Microgap channel Confinement effect Flow boiling Flow visualization Wall temperature uniformity Heat transfer Pressure drop Á Á Á The current chapter presents the heat transfer and pressure data of ten different dimension microgap heat sinks collected during the experimental program.
CONSTRUCTIVE FUNCTION THEORY VOL. I: UNIFORM APPROXIMATION. by I.P. Natanson.