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基于贴壁层概念和已经求得的贴壁层内气体黏度和导热系数变化规律 ,求解了等壁温边界条件下微通道内气体完全发展的二维层流换热 ,分别得到了平行平板微槽道和微圆管内温度分布和对流换热系数 .
Based on the concept of adherent layer and the change law of the gas viscosity and the thermal conductivity in the adherent layer, the two-dimensional laminar heat transfer of the complete development of the gas in the micro-channel under the isothermal wall boundary condition was solved. Channel and micro-tube temperature distribution and convection heat transfer coefficient.