In view of the fact that this article analyzed the fuel cell interior heat management with emphasis, to union the fuel cell physical structure establishes its simulation model.
鉴于此，本文重点分析了燃料电池内部热管理机理，结合燃料电池的物理结构建立其仿真模型。
The physical model and mathematical model of fuel pump were created in the performance simulation mould. Factors affected performance and the simulation output are analyzed and discussed.
在性能仿真模块中建立了油泵产品的物理模型和数学模型，并对仿真结果及影响油泵产品性能的因素进行了分析。
In this paper, physical model is designed and thermal simulation experimental system built for new type cooling and lining structure of BF.
针对高炉新型炉体冷却结构，设计了物理模型并建立了热态模拟实验系统。
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