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This study presents the distribution of temperature of
microstructureand the variation of heat flux and velocity of
fluid during the cooling process.Numerical simulation method is
used in studying the effect of cooling, and isothermal figures
are also used to describe the temperature distribution.Finally,
the temperature difference between the highest temperature of
theoutlet of solid and the temperature of the inlet of fluid. It
can be concludedthat the temperature difference can be
controlled under a acceptable range bychaning the velocity of
fluid.
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