The behavior of materials at mesoscopic level is key to the macroscopic behavior.
细观层次上的材料行为对于材料的宏观行为起着关键的作用。
The behavior of materials at microscopic level determines the intrinsic physical mechanism of macroscopic behavior.
微观层次上的材料行为决定了材料宏观行为的深层物理机制。
Microscopic structure and macroscopic behavior of materials are treated as an entity in rheology and two rheological characteristics, time of relaxation and thixotropy, are taken for evidence.
提出流变学把材料微观结构与宏观行为融为一体，并以松弛时间和触变性两个流变参数为例加以阐明。
Microscopic structure and macroscopic behavior of materials are treated as an entity in rheology and two rheological characteristics, time of relaxation and thixotropy, are taken for evidence.
提出流变学把材料微观结构与宏观行为融为一体，并以松弛时间和触变性两个流变参数为例加以阐明。
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