Combined with the permeability and heat transfer properties of lamilloy configurations obtained by experiments, a one-dimensional porous wall thermal heat transfer model was applied to the analysis of the mass flow rate, and the overall cooling effectiven
Combined with the permeability and heat transfer properties of lamilloy configurations obtained by experiments, a one-dimensional porous wall thermal heat transfer model was applied to the analysis of the mass flow rate, and the overall cooling effectiven
摘要基于一维多孔材料内传热理论，建立层板冷却的理论模型，应用由实验获得的各种层板结构的流阻和换热特性，由层板两侧的压差估算通过层板的冷气流量和层板结构的冷却有效性。