基于多孔介质的浸润过程，以电镜下所得气体扩散电极照片为例，将实际多孔介质进行网格划分，并按照一定的原则将网格化多孔介质转化为拓扑网络模型，即人工赋值构造拓扑网络技术。在小压力情况下模拟液体在多孔介质中的浸润过程。 Based on the infiltration process in porous medium, with photographs of the gas diffusion electrode in electron microscope as an example, the real porous medium is grid-divided. With certain principles, the meshing porous medium is turned into topology network model, namely artificial assignment technology. And the infiltration process is simulated in porous medium with the low pressure condition.
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机译：基于多孔介质的浸润过程，以电镜下所得气体扩散电极照片为例，将实际多孔介质进行网格划分，并按照一定的原则将网格化多孔介质转化为拓扑网络模型，即人工赋值构造拓扑网络技术。在小压力情况下模拟液体在多孔介质中的浸润过程。 Based on the infiltration process in porous medium, with photographs of the gas diffusion electrode in electron microscope as an example, the real porous medium is grid-divided. With certain principles, the meshing porous medium is turned into topology network model, namely artificial assignment technology. And the infiltration process is simulated in porous medium with the low pressure condition.
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