对玻璃纤维增强聚氨酯泡沫体的微观结构形态及增强效果进行了研究。
The micro structural shape and the reinforcing effect of the polyurethane foam plastics reinforced by glass fibres have been studied.
通过对黄土场地爆破的波动响应频谱及其微观结构形态的分析，首次提出了黄土的微结构颗粒动力理论。
Based on analysis of response spectrum characteristics and microstructure of loess at blasting loess site, the micro-particle-dynamical theory is proposed firstly.
结果表明，界面相容剂的化学偶联对促进两相之间的界面结合和改善共混物的微观结构形态起着重要作用。
As a result, the chemical coupling of compatible agent plays an important part in the amelioration of interface combination between two phases and micro-structure morphology of blands.
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