Reducing the thermal stress between film and substrate during the descent temperature process and improving chemical bonds combination is a key problem to enhance thee adhesion.
提高金刚石薄膜与铜衬底附着力的关键是减小沉积结束后降温过程中产生的膜基热应力和提高膜基间化学键结合。
Objective To investigate the changes of vascular structure and expression of adhesion molecules in endothelial cell at different time points under low shear stress.
目的探讨低切应力作用下不同时间点小鼠腹主动脉形态学重构及内皮黏附分子表达的变化。
Through performance research of FYT, SBS modified bitumen and epoxy asphalt, shearing stress, drawing stress and aging performance of three water proofing and adhesion material have been compared.
通过对SBS改性沥青、环氧沥青、FYT桥面二涂防水粘结材料三种防水粘结材料的性能研究，对比了三种防水粘结材料的剪切强度、拉拔强度和老化性能。
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