用塑料填充气凝胶的微孔应该会去掉它的易碎性。 并且对应地，在气凝胶内部的粘土分子网络还会阻止塑料破裂。
Filling the pores in the aerogel with plastic should remove its fragility and, conversely, the network of clay molecules in the aerogel will stop the plastic cracking.
结果表明，在颈缩开始前的早期变形中，试样内部即已开始了微孔萌生、长大和连结等连续性丧失的过程。
The results indicate that the continuity loss such as void initiation, growth and coalescence begins in the early stage of deformation before necking.
进一步研究了相容性及相结构与共混纤维微孔结构和亲水性能的关系，得到了一系列重要的结论。
The effects of compatibility and phase structure on porous structure and hydrophilic properties of blend fibers were further investigated. Many important results were obtained.
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