它也处理建筑物的一般的朝向和多微孔的材料的建筑物变形。

It also deals with general aspects of structures and structure distortions of microporous materials.

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利用微孔滤膜进行了一系列实验，研究了多粘芽孢杆菌对微纹长石溶解的影响。

By employing microfiltration membrane, this research tried to illustrate the contributions of these two mechanisms to dissolution of microperthite.

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本研究从膨胀珍珠岩微细孔的微观结构上，解释和说明了其具有良好敏化作用的根本原因在于其特定的多微孔表面结构，符合热点起爆的有关机理。

It is concluded from measurement that the reasons of expanded perlite possesses excellent sensitization lies in its porous structure and accord with hotspot initiation theory.

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