在仿真网络玻璃模型中进行的微生物驱油实验中观察到，菌体优先进入孔隙壁、油、水三相交界处。
The microbial oil_displacement experiments were programmed in emulation network models. It could be seen that bacteria were prior to entering into the three-phase boundary of pore wall, oil and water.
孔隙中的压力所导致的周围孔壁中的拉应力可能引起基体开裂。
The resultant tensile stress in the matrix around the larger pores may induce the cracking of the pore wall.
从竹炭的微观结构可以看出，竹子的细胞壁在炭化后形成了类似六角形的孔隙。
Through observing microstructure, we can see that bamboo form small-openings like hexagon after wood charcoal.
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